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List of m-s-plate Tenders

List of latest m-s-plate Tenders in Indian Tenders. Click on any m-s-plate Tenders to view BOQ, NIT and Tender Documents. Get GeM Registration and Bidding Support, Vendor Registration for m-s-plate Tenders.

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441 Health And Family Welfare
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Statutory Bodies and Commissions/Committees
TRN :48330395 |  15 May, 2025
Tender Value : 2.00 Crore
 Shillong - Meghalaya
Tender for cardiac stents and consu<span class="text-red-selected">mspan>ables, on consign<span class="text-red-selected">mspan>ent basis , group –a1 consu<span class="text-red-selected">mspan>ables & accessories, etc , puncture needle for vascular access • 18g • 6-7.5 c<span class="text-red-selected">mspan> long • 0.038 inch guide wire co<span class="text-red-selected">mspan>patible • should be supplied individually packed • needle should have protected plastic tube covering , puncture needle dedicated for radial artery access • 20-22g • 3-5 c<span class="text-red-selected">mspan> long • 0.021 or 0.025 inch guide wire co<span class="text-red-selected">mspan>patible • should be supplied individually packed • needle should have protected plastic tube covering , doppler puncture needle (with facility of detecting doppler signals of vascular structures) , special puncture needle with facility of detecting ultrasound i<span class="text-red-selected">mspan>ages of vascular structures) , introducer sheath for adults (size 4fr.-9fr.) (standard length) • sizes 4french/5 french /6 french /7 french /8 french /9 french. • 10-11 c<span class="text-red-selected">mspan> long • 0.035 or 0.038 inch guide wire co<span class="text-red-selected">mspan>patible • with hae<span class="text-red-selected">mspan>ostatic valve to prevent back leak and air aspiration • integral side port with attached 3-way stopcock • with suture eye for securing sheath • kink resistant • with dilator-hub lock <span class="text-red-selected">mspan>echanis<span class="text-red-selected">mspan> to prevent its back-out during insertion • with s<span class="text-red-selected">mspan>ooth and resistance free insertion , introducer sheath with puncture needle for adults (size 4fr.-9fr.) (standard length) • sizes 4french/5 french /6 french /7 french /8 french /9 french. • 10-11 c<span class="text-red-selected">mspan> long • pack <span class="text-red-selected">mspan>ust include 18 g, 6-7.5 c<span class="text-red-selected">mspan> long puncture needle • 0.035 or 0.038 inch guide wire co<span class="text-red-selected">mspan>patible • with hae<span class="text-red-selected">mspan>ostatic valve to prevent back leak and air aspiration • integral side port with attached 3-way stopcock • with suture eye for securing sheath • kink resistant • with dilator-hub lock <span class="text-red-selected">mspan>echanis<span class="text-red-selected">mspan> to prevent its back-out during insertion • with s<span class="text-red-selected">mspan>ooth and resistance free insertion , introducer sheath for adults (size 10fr.-11fr.) (standard length) • 10fr.& 11 fr. • 10-11 c<span class="text-red-selected">mspan> long • 0.035 or 0.038 inch guide wire co<span class="text-red-selected">mspan>patible • with hae<span class="text-red-selected">mspan>ostatic valve to prevent back leak and air aspiration • integral side port with attached 3-way stopcock • with suture eye for securing sheath • kink resistant • with dilator-hub lock <span class="text-red-selected">mspan>echanis<span class="text-red-selected">mspan> to prevent its back-out during insertion • with s<span class="text-red-selected">mspan>ooth and resistance free insertion , introducer sheath for adults (size 12fr. and higher) (standard length) • 12fr/13 fr./14 fr. and higher • 10-11 c<span class="text-red-selected">mspan> long • 0.035 or 0.038 inch guide wire co<span class="text-red-selected">mspan>patible • with hae<span class="text-red-selected">mspan>ostatic valve to prevent back leak and air aspiration • integral side port with attached 3-way stopcock • with suture eye for securing sheath • kink resistant • with dilator-hub lock <span class="text-red-selected">mspan>echanis<span class="text-red-selected">mspan> to prevent its back-out during insertion • with s<span class="text-red-selected">mspan>ooth and resistance free insertion , long introducer sheath (20-30 c<span class="text-red-selected">mspan> long) (size 5fr.-9fr.) • sizes 5 french /6 french /7 french /8 french /9 french. • sheath should be between 20-30 c<span class="text-red-selected">mspan> long • 0.035 or 0.038 inch guide wire co<span class="text-red-selected">mspan>patible • with hae<span class="text-red-selected">mspan>ostatic valve to prevent back leak and air aspiration • integral side port with attached 3-way stopcock • with suture eye for securing sheath • kink resistant • with dilator-hub lock <span class="text-red-selected">mspan>echanis<span class="text-red-selected">mspan> to prevent its back-out during insertion • with s<span class="text-red-selected">mspan>ooth and resistance free insertion , long introducer sheath (20-30 c<span class="text-red-selected">mspan> long) (size 10fr.-11fr.) • 10 french & 11 french • sheath should be between 20-30 c<span class="text-red-selected">mspan> long • 0.035 or 0.038 inch guide wire co<span class="text-red-selected">mspan>patible • with hae<span class="text-red-selected">mspan>ostatic valve to prevent back leak and air aspiration • integral side port with attached 3-way stopcock • with suture eye for securing sheath • kink resistant • with dilator-hub lock <span class="text-red-selected">mspan>echanis<span class="text-red-selected">mspan> to prevent its back-out during insertion • with s<span class="text-red-selected">mspan>ooth and resistance free insertion , patient transfer and or table super absorbent sheet having loading capacity upto 150 kg size 210x80c<span class="text-red-selected">mspan> • co<span class="text-red-selected">mspan>posite of air for<span class="text-red-selected">mspan>ed nonwoven and cross-linked acrylate copoly<span class="text-red-selected">mspan>er. • hot<span class="text-red-selected">mspan>elt adhesive based hydrocarbons, styrene, rubber copoly<span class="text-red-selected">mspan>er and resin. • loading capacity of 150kg • di<span class="text-red-selected">mspan>ension of 210c<span class="text-red-selected">mspan> x 80c<span class="text-red-selected">mspan> absorption capacity of 1.5 ltr , extra thin floor cover <span class="text-red-selected">mspan>ade with clean, extre<span class="text-red-selected">mspan>ely absorbent cellulose-based <span class="text-red-selected">mspan>aterial having ther<span class="text-red-selected">mspan>o-<span class="text-red-selected">mspan>echanic fibre connectors without adhesive and binding agents for freely and swiftly absorption of fluid, non-slip backside, retains 1.5 to 1.7 ltr of fluids • supercore having cellulose and sodiu<span class="text-red-selected">mspan>polycarylate bonded with ther<span class="text-red-selected">mspan>o-<span class="text-red-selected">mspan>echanic fibre connectors without any adhesive and binding agents • pp-nonwoven hydrophiliated surface and rear side • quick absorption facility with long-ter<span class="text-red-selected">mspan> binding of large quantities of liquid upto 1.7 ltr • extra thin and individual cuttable • easy in use on floors, tables and beds in operating theatres during <span class="text-red-selected">mspan>edical exa<span class="text-red-selected">mspan>inations • facility to absorb fluids fro<span class="text-red-selected">mspan> both sides • non-slip proof backside having size of 116c<span class="text-red-selected">mspan> x 76c<span class="text-red-selected">mspan> , breathable fluid and ger<span class="text-red-selected">mspan> i<span class="text-red-selected">mspan>per<span class="text-red-selected">mspan>eable, skin friendly having s<span class="text-red-selected">mspan>ooth surface transfer and repositioning sheet retains upto 1.9 ltr of fluids and upto 100kg weight capacity • odourless, insoluble fluid and ger<span class="text-red-selected">mspan> i<span class="text-red-selected">mspan>per<span class="text-red-selected">mspan>eable skin friendly • supercore® technolgoy co<span class="text-red-selected">mspan>posite of 76% cellulose and 24% sodiu<span class="text-red-selected">mspan>polyacrrylate for i<span class="text-red-selected">mspan>pressive absorbency and excellent fluid dispersion than conventional airlaids • having weight of ca. 295g • having loading capacity upto 100kg with di<span class="text-red-selected">mspan>ension of 80 x 210c<span class="text-red-selected">mspan> having absorption capacity of 2900 <span class="text-red-selected">mspan>l/pc or 1800<span class="text-red-selected">mspan>l/<span class="text-red-selected">mspan>2 , radiation protection body contoured endoskeleton with 0.5<span class="text-red-selected">mspan><span class="text-red-selected">mspan> lead equivalence. bilayer for protection, with <span class="text-red-selected">mspan>antis ar<span class="text-red-selected">mspan>s, proprietary illiac crest belt for efficient weight redistribution ensuring no weight on the shoulders and spine • bilayer with <span class="text-red-selected">mspan>antis ar<span class="text-red-selected">mspan>s, iliac crest belt for efficient weight redistribution to ensure no weight on shoulder and spine • <span class="text-red-selected">mspan>ade with highest quality core <span class="text-red-selected">mspan>aterial product in lead and non-lead <span class="text-red-selected">mspan>aterials • having durable and flexible endoskeleton • having co<span class="text-red-selected">mspan>fort and adjustable belt with <span class="text-red-selected">mspan>e<span class="text-red-selected">mspan>ory foa<span class="text-red-selected">mspan> interior and spacer <span class="text-red-selected">mspan>esh to help regulate users te<span class="text-red-selected">mspan>perature • available in 0.5<span class="text-red-selected">mspan><span class="text-red-selected">mspan> lead equivalence available in s<span class="text-red-selected">mspan>all, <span class="text-red-selected">mspan>ediu<span class="text-red-selected">mspan>, large and x-large stocked , group –a2 , long introducer sheath (20-30 c<span class="text-red-selected">mspan> long) (size 12fr. and higher) • 12fr./13 fr./14 fr. and higher • sheath should be between 20-30 c<span class="text-red-selected">mspan> long • 0.035 or 0.038 inch guide wire co<span class="text-red-selected">mspan>patible • with hae<span class="text-red-selected">mspan>ostatic valve to prevent back leak and air aspiration • integral side port with attached 3-way stopcock • with suture eye for securing sheath • kink resistant • with dilator-hub lock <span class="text-red-selected">mspan>echanis<span class="text-red-selected">mspan> to prevent its back-out during insertion • with s<span class="text-red-selected">mspan>ooth and resistance free insertion , long introducer sheath (30-50 c<span class="text-red-selected">mspan> long) (size 5fr.-9fr.) • sizes 5 french /6 french /7 french /8 french /9 french. • between 30-50 c<span class="text-red-selected">mspan> long • 0.035 or 0.038 inch guide wire co<span class="text-red-selected">mspan>patible • with hae<span class="text-red-selected">mspan>ostatic valve to prevent back leak and air aspiration • integral side port with attached 3-way stopcock • kink resistant • with dilator-hub lock <span class="text-red-selected">mspan>echanis<span class="text-red-selected">mspan> to prevent its back-out during insertion • with s<span class="text-red-selected">mspan>ooth and resistance free insertion , long introducer sheath (30-50 c<span class="text-red-selected">mspan> long) (size 10 fr.-11fr.) • sizes of 10 french & 11 french • between 30-50 c<span class="text-red-selected">mspan> long • 0.035 or 0.038 inch guide wire co<span class="text-red-selected">mspan>patible • with hae<span class="text-red-selected">mspan>ostatic valve to prevent back leak and air aspiration • integral side port with attached 3-way stopcock • kink resistant • with dilator-hub lock <span class="text-red-selected">mspan>echanis<span class="text-red-selected">mspan> to prevent its back-out during insertion • with s<span class="text-red-selected">mspan>ooth and resistance free insertion , long introducer sheath (30-50 c<span class="text-red-selected">mspan> long) (size 12 fr. and higher) • sizes of 12 french/13 french/ 14 french and higher • between 30-50 c<span class="text-red-selected">mspan> long • 0.035 or 0.038 inch guide wire co<span class="text-red-selected">mspan>patible with hae<span class="text-red-selected">mspan>ostatic valve to prevent back leak and air aspiration • integral side port with attached 3-way stopcock • kink resistant • with dilator-hub lock <span class="text-red-selected">mspan>echanis<span class="text-red-selected">mspan> to prevent its back-out during insertion • with s<span class="text-red-selected">mspan>ooth and resistance free insertion , extra long introducer sheath (> 50 c<span class="text-red-selected">mspan>) (size 5fr.-9fr.) • 5 french /6 french /7 french /8 french /9 french. • <span class="text-red-selected">mspan>ore than 50 c<span class="text-red-selected">mspan> long • 0.035 or 0.038 inch guide wire co<span class="text-red-selected">mspan>patible with hae<span class="text-red-selected">mspan>ostatic valve to prevent back leak and airaspiration • integral side port with attached 3-way stopcock • kink resistant • with dilator-hub lock <span class="text-red-selected">mspan>echanis<span class="text-red-selected">mspan> to prevent its back-out during insertion • with s<span class="text-red-selected">mspan>ooth and resistance free insertion , extra long introducer sheath (> 50 c<span class="text-red-selected">mspan>) (size 10 fr.-11fr.) • sizes of 10fr.& 11 fr. • <span class="text-red-selected">mspan>ore than 50 c<span class="text-red-selected">mspan> long • 0.035 or 0.038 inch guide wire co<span class="text-red-selected">mspan>patible • with hae<span class="text-red-selected">mspan>ostatic valve to prevent back leak and air aspiration • integral side port with attached 3-way stopcock • kink resistant • with dilator-hub lock <span class="text-red-selected">mspan>echanis<span class="text-red-selected">mspan> to prevent its back-out during insertion • with s<span class="text-red-selected">mspan>ooth and resistance free insertion , extra long introducer sheath (> 50 c<span class="text-red-selected">mspan>) (size 12fr.and higher) • sizes of 12fr./13 fr./14 fr. and higher • <span class="text-red-selected">mspan>ore than 50 c<span class="text-red-selected">mspan> long • 0.035 or 0.038 inch guide wire co<span class="text-red-selected">mspan>patible with hae<span class="text-red-selected">mspan>ostatic valve to prevent back leak and airaspiration • integral side port with attached 3-way stopcock • kink resistant • with dilator-hub lock <span class="text-red-selected">mspan>echanis<span class="text-red-selected">mspan> to prevent its back-out during insertion • with s<span class="text-red-selected">mspan>ooth and resistance free insertion , introducer sheath dedicated for trans radial access • sizes fro<span class="text-red-selected">mspan> 4french/5french/ 6 french/7 french • between 7-11 c<span class="text-red-selected">mspan> long • 0.021 or 0.025 inch guide wire co<span class="text-red-selected">mspan>patible • with hae<span class="text-red-selected">mspan>ostatic valve to prevent back leak and air aspiration • with integral side port with attached 3-way stopcock • with suture eye for securing sheath • kink resistant • with dilator-hub lock <span class="text-red-selected">mspan>echanis<span class="text-red-selected">mspan> to prevent its back-out during insertion • should have s<span class="text-red-selected">mspan>ooth and resistance free insertion , long introducer sheath dedicated for transradial access • sizes fro<span class="text-red-selected">mspan> 4french/5french/ 6 french/7 french • between 16-24 c<span class="text-red-selected">mspan> long • 0.021 or 0.025 inch guide wire co<span class="text-red-selected">mspan>patible • with hae<span class="text-red-selected">mspan>ostatic valve to prevent back leak and air aspiration • with integral side port with attached 3-way stopcock • with suture eye for securing sheath • kink resistant • with dilator-hub lock <span class="text-red-selected">mspan>echanis<span class="text-red-selected">mspan> to prevent its back-out during insertion • should have s<span class="text-red-selected">mspan>ooth and resistance free insertion , transradial introducer kit • includes 21 g puncture needle • 0.021 inch introducer guide wire • introducer sheath sizes fro<span class="text-red-selected">mspan> 4french/5french/ 6 french/7 french • sheath size between 10-24 c<span class="text-red-selected">mspan> long , group - a3 , ptfe coated diagnostic guide wire - (regular length, regular stiffness) • should be available in 0.025, 0.032, 0.035 and 0.038 inches size • should be between 145-180 c<span class="text-red-selected">mspan> long • should be available as straight & j-shaped tip • should be available in variable lengths of flexible/floppy end • should be available in variable j tip sizes • should be available in fixed as well as <span class="text-red-selected">mspan>ovable core , ptfe coated diagnostic guide wire - (exchange length, regular stiffness) • should be available in 0.025, 0.032, 0.035 and 0.038 inches size • should be 240-300 c<span class="text-red-selected">mspan> long • should be available as straight or j-shaped tip • should be available in fixed as well as <span class="text-red-selected">mspan>ovable core , ptfe coated diagnostic 0.032 inch guide wire - (regular length, extrastiff shaft strength) -a<span class="text-red-selected">mspan>platz type • should be available in 0.032 inches size • should be between 145-180 c<span class="text-red-selected">mspan> long • should be available as straight & j-shaped tip , ptfe coated diagnostic 0.032 inch guide wire - (regular length, extrastiff shaft strength) -a<span class="text-red-selected">mspan>platz type • should be available in 0.032 inches size • should be between 240-300 c<span class="text-red-selected">mspan> long • should be available as straight & j-shaped tip , ptfe coated diagnostic guide wire - (regular length, extrastiff shaft strength) -a<span class="text-red-selected">mspan>platz type • should be available in 0.035 inches size and higher • should be between 145-180 c<span class="text-red-selected">mspan> long • should be available as straight & j-shaped tip , ptfe coated diagnostic guide wire - exchange length, extrastiff shaft strength) -a<span class="text-red-selected">mspan>platz type • should be available in 0.035 inches size and higher • should be between 240-300 c<span class="text-red-selected">mspan> long • should be available as straight & j-shaped tip , ptfe coated diagnostic guide wire - regular length,ultra stiff shaft strength) -a<span class="text-red-selected">mspan>platz super stiff type • should be available in 0.032, 0.35, 0.038 inches size • should be between 145-180 c<span class="text-red-selected">mspan> long • should be available as straight or j-shaped tip; should have extra ordinary or exceptional shaft strength , ptfe coated diagnostic guide wire - exchange length,ultra stiff shaft strength) -a<span class="text-red-selected">mspan>platz super stiff type • should be available in 0.032, 0.035 and 0.038 inches size • should be between 240-300 c<span class="text-red-selected">mspan> long • should have extra ordinary or exceptional shaft strength , pigtail catheter • 4french/5french/6french/7french/8french size • should be available in various lengths , angled pigtail catheter • 4french/5french/6french/7french/8french size • should be available in various lengths , group-a4 , pigtail catheter with <span class="text-red-selected">mspan>arker • 4french/5french/6french/7french/8french size • should be available in various lengths , judkins catheter • 4french/5french/6french/7french/8french size left and right judkins catheters in various standard curves and lengths. , <span class="text-red-selected">mspan>ultipurpose catheter • 4french/5french/6french/7french/8french size <span class="text-red-selected">mspan>ultipurpose catheter in various standard curves and lengths. , a<span class="text-red-selected">mspan>platz catheter- 4french/5french/6french/7french/8french a<span class="text-red-selected">mspan>platz left (al) and a<span class="text-red-selected">mspan>platz right (ar) catheter in various standard curves and lengths , internal <span class="text-red-selected">mspan>a<span class="text-red-selected">mspan><span class="text-red-selected">mspan>ary catheter – • 4french/5french/6french/7french/8french in various standard curves and lengths , by- pass graft catheters- • 4french/5french/6french/7french/8french in various standard curves and lengths. , transradial diagnostic coronary catheters - • 4french/5french/6french/7french diagnostic coronary catheters of various curves and lengths dedicated for trans radial coronary angiography , nih catheter- • 4french/5french/6french/7french/8french in various standard curves and lengths. , cournard catheter- • 4french/5french/6french/7french/8french in various standard curves and lengths. , ther<span class="text-red-selected">mspan>o dilution catheter • should be co<span class="text-red-selected">mspan>patible with the available syste<span class="text-red-selected">mspan> , group –b1 , ptca inflation device • efficient locking syste<span class="text-red-selected">mspan> to <span class="text-red-selected">mspan>aintain high pressure • rapid inflation and deflation • clear barrel for easy visualization of de-bubbling • lu<span class="text-red-selected">mspan>inescent analog pressure gauge (up to 30 at<span class="text-red-selected">mspan>) • ergo<span class="text-red-selected">mspan>atric and user friendly hand held design , tuohy borst (hae<span class="text-red-selected">mspan>ostatic y-connector) for ptca- rotating <span class="text-red-selected">mspan>echanis<span class="text-red-selected">mspan> • should acco<span class="text-red-selected">mspan><span class="text-red-selected">mspan>odate virtually all interventional devices • large thu<span class="text-red-selected">mspan>b wheel for easy <span class="text-red-selected">mspan>aneuverability • luer connector at the guiding catheter end • rotating adapter at the guiding catheter end , tuohy borst (hae<span class="text-red-selected">mspan>ostatic y-connector) for ptca- push <span class="text-red-selected">mspan>echanis<span class="text-red-selected">mspan> • should acco<span class="text-red-selected">mspan><span class="text-red-selected">mspan>odate virtually all interventional devices • luer connector at the guiding catheter end • rotating adapter at the guiding catheter end • should have bleed back safety <span class="text-red-selected">mspan>echanis<span class="text-red-selected">mspan> • stepwise control for open, se<span class="text-red-selected">mspan>i-open and closed position , tuohy borst- double (hae<span class="text-red-selected">mspan>ostatic y-connector) for bifurcation ptca • two ports for insertion of interventional devices • luer connector at the guiding catheter end • rotating adapter at the guiding catheter end , large bore tuohy borst (hae<span class="text-red-selected">mspan>ostatic y-connector) , ptca guide wire torquer • should hold guide wires fro<span class="text-red-selected">mspan> 0.009-0.018 inches • ergo<span class="text-red-selected">mspan>atric and user friendly design , ptca guide wire insertion needle • 20 g size • 10 -12 c<span class="text-red-selected">mspan> long • should hold up to 0.018 inch guide wire , ptca guide wire accessory kit containing • hae<span class="text-red-selected">mspan>ostatic y connector • ptca guide wire torquer • ptca guide wire insertion needle , ptca inflation device with accessory kit containing • ptca inflation device • hae<span class="text-red-selected">mspan>ostatic y connector • ptca guide wire torquer • ptca guide wire insertion needle , control syringes for ptca • clear, glass-like plastic syringe • <span class="text-red-selected">mspan>arkings up to 10 or 12 <span class="text-red-selected">mspan>l • pal<span class="text-red-selected">mspan> and finger assisted easy <span class="text-red-selected">mspan>aneuverability • plunger should have resistance free <span class="text-red-selected">mspan>ove<span class="text-red-selected">mspan>ent • should have a stopper with 0.5 <span class="text-red-selected">mspan>l reserve , group -b2 , connector tubing (connecting between touhy borst and <span class="text-red-selected">mspan>anifold) • should be between 20- 50 c<span class="text-red-selected">mspan> • should have large i.d for easy flow of contrast • should take high pressure • should be flexible • should have <span class="text-red-selected">mspan>ale and fe<span class="text-red-selected">mspan>ale hubs , <span class="text-red-selected">mspan>anifold for ptca with two side ports • large i.d for easy flow of contrast • s<span class="text-red-selected">mspan>ooth resistance free unidirection handle/knob , <span class="text-red-selected">mspan>anifold for ptca with three side ports • large i.d for easy flow of contrast • s<span class="text-red-selected">mspan>ooth resistance free unidirection handle/knob , <span class="text-red-selected">mspan>anifold with attached tubings • two side port <span class="text-red-selected">mspan>anifold • one connector tubing for connecting <span class="text-red-selected">mspan>anifold to tuohyborst • one luer lock control syringe (10 or 12 <span class="text-red-selected">mspan>l) for contrast injection • one large bore tubing (with flow regulating knob) for withdrawing contrast • one three way stop-cock , ptca kit: should contain the following ite<span class="text-red-selected">mspan>s • one tuohyborst (hae<span class="text-red-selected">mspan>ostatic y- connector) • one two side-port <span class="text-red-selected">mspan>anifold • one connector tubing for connecting <span class="text-red-selected">mspan>anifold to tuohyborst • one luer lock control syringe having <span class="text-red-selected">mspan>arkings up to 10 or 12 <span class="text-red-selected">mspan>l for contrast injection • one ptca guide wire insertion needle • one ptca guide wire torquer • one large bore contrast tubing (with flow regulating knob) for attach<span class="text-red-selected">mspan>ent between contrast bottleand <span class="text-red-selected">mspan>anifold side port • one pressure <span class="text-red-selected">mspan>onitoring line (150 c<span class="text-red-selected">mspan>) • one three way stop-cock , fe<span class="text-red-selected">mspan>oral co<span class="text-red-selected">mspan>pression devices- disc/do<span class="text-red-selected">mspan>e based co<span class="text-red-selected">mspan>pression , do<span class="text-red-selected">mspan>es of fe<span class="text-red-selected">mspan>oral co<span class="text-red-selected">mspan>pression device , ptca guiding catheter- • sizes of 5fr, 6fr, 7fr and 8fr. • all possible shapes including catheters: judkins/fe<span class="text-red-selected">mspan>oral left and right, extra back up support,a<span class="text-red-selected">mspan>platz, voda, <span class="text-red-selected">mspan>ultipurpose, hockey stick, transradial interventions, bypass-graft/li<span class="text-red-selected">mspan>ainterventions and others • should also have availability of s<span class="text-red-selected">mspan>aller length catheters (90 c<span class="text-red-selected">mspan>) • should also have availability of catheters with side holes • should also have short tip catheter , large lu<span class="text-red-selected">mspan>en (i.d) ptca guiding cathete (6 french size) • <span class="text-red-selected">mspan>ust have i.d of <span class="text-red-selected">mspan>ore than 0.070 inch • should have all possible shapes including catheters: judkins/fe<span class="text-red-selected">mspan>oral left and right, extra back upsupport, a<span class="text-red-selected">mspan>platz, voda, <span class="text-red-selected">mspan>ultipurpose, hockey stick, transradial interventions, bypassgraft/li<span class="text-red-selected">mspan>a interventions, short tip catheters and others , large lu<span class="text-red-selected">mspan>en (i.d) ptca guiding cathete (7 french size) - • <span class="text-red-selected">mspan>ust have i.d of <span class="text-red-selected">mspan>ore than 0.080 inch • should have all possible shapes including catheters: judkins/fe<span class="text-red-selected">mspan>oral left and right, extra back upsupport, a<span class="text-red-selected">mspan>platz, voda, <span class="text-red-selected">mspan>ultipurpose, hockey stick, transradial interventions, bypassgraft/li<span class="text-red-selected">mspan>a interventions, short tip catheters and others , guide extension catheter with the working length of 150 c<span class="text-red-selected">mspan> and guide extension seg<span class="text-red-selected">mspan>ent upto 40c<span class="text-red-selected">mspan> with 1x1 stainless steel wire braiding with hydrophilic coating and co<span class="text-red-selected">mspan>patible with 6f/7f and 8f fe<span class="text-red-selected">mspan>oral guide catheter , group -b3 , ptca guiding catheter for dca , ptca guide wire -regular length, regular shaft support and floppy tip , ptca guide wire -regular length, extra- support shaft and floppy tip , ptca guide wire - exchange length , ptca guide wire- hydrophilic coated, regular length , ptca guide wire- hydrophilic coated, exchange length , special ptca guide wires with elastinite core and stainless steel , shaft support • both regular and exchange length wires • should have wires with varying degree of shaft support , special ptca guide wire with dual coating • should have distal hydrophilic coating and proxi<span class="text-red-selected">mspan>al hydrophobic coating • should have wires with variable tip stiffness and variable shaft support , special ptca guide wire with <span class="text-red-selected">mspan>ultiple <span class="text-red-selected">mspan>arkers for <span class="text-red-selected">mspan>easuring the length of stenotic seg<span class="text-red-selected">mspan>ent , ptca guide wires for chronic total occlusion (cto) , group -b4 , special non-tapering ptca guide wires for cto with platinu<span class="text-red-selected">mspan> iridiu<span class="text-red-selected">mspan>distal spring coil • wires available in variable distal tip stiffness, <span class="text-red-selected">mspan>easured in ter<span class="text-red-selected">mspan>s of gra<span class="text-red-selected">mspan>s , special tapering ptca guide wires for cto with platinu<span class="text-red-selected">mspan> iridiu<span class="text-red-selected">mspan>distal spring coil • wires available in variable distal tip stiffness, <span class="text-red-selected">mspan>easured in ter<span class="text-red-selected">mspan>s of gra<span class="text-red-selected">mspan>s , special tapering ptca guide wires for cto withhydrocoathydrophiliccoating • wires available in variable distal tip stiffness , • special hydrophilic ptca guide wires for cto with super elasticalloy (ni-ti) core polyurethrane hydrophilic distal coating , special ptca guide wires for cto, dedicated for retrogradeapproach , extension (doc) wire for approved regular length ptca guide wires , penetration catheters for cto having rotational bluntpenetration , penetration devices for cto by blunt dissection using acuating jaws , ptca guide wire with bidirectional deflectable distal tip , ptca catheter with deflectable distal end • should guide the direction of ptca guide wire , cto reentry syste<span class="text-red-selected">mspan> with 2 over the wire lu<span class="text-red-selected">mspan>ens and 2 hubs, 3 exit ports for 360 degree functionality for sgr technique 18g • over the wire dual wire lu<span class="text-red-selected">mspan>en <span class="text-red-selected">mspan>icro catheter • 1.5f lesion entry profile* • two separate otw lu<span class="text-red-selected">mspan>ens and three exit ports 360 degree guidewire redirection option , dual lu<span class="text-red-selected">mspan>en device for si<span class="text-red-selected">mspan>ultaneous hae<span class="text-red-selected">mspan>ato<span class="text-red-selected">mspan>a aspiration and redirection of guidewire in true lu<span class="text-red-selected">mspan>en in co<span class="text-red-selected">mspan>plex cto cases, 360 degree access • 2.3fx3.3f distal shaft profile and 2.6fx3.4f proxi<span class="text-red-selected">mspan>al shaft profile • 0.014” guidewire co<span class="text-red-selected">mspan>patibility • usable length of 140c<span class="text-red-selected">mspan> additional exit port in the tip lu<span class="text-red-selected">mspan>en of the exit port of the stylet lu<span class="text-red-selected">mspan>en , trapping device for wire trapping used with otw devices with lowest shaft profile of 2f • single use device consisting of hub, shaft and balloon • highly co<span class="text-red-selected">mspan>patible s<span class="text-red-selected">mspan>all shaft profile of 2f • designed to trap the guidewire at low inflation pressure depth <span class="text-red-selected">mspan>arker for 90c<span class="text-red-selected">mspan> guide catheter , intra coronary guide extension catehter • flex zone and unique 3 zone transition for s<span class="text-red-selected">mspan>ooth trackability • highest coiling density for extra pushability • 25c<span class="text-red-selected">mspan> rapid exchange section • two exit <span class="text-red-selected">mspan>arkers at 95c<span class="text-red-selected">mspan> and 105c<span class="text-red-selected">mspan> working length of 150c<span class="text-red-selected">mspan> , group -b5 , ptca balloon (non-co<span class="text-red-selected">mspan>pliant) - • quote both <span class="text-red-selected">mspan>onorail (rapid exchange) and otw balloons • available in all sizes fro<span class="text-red-selected">mspan> 2- 4.0 <span class="text-red-selected">mspan><span class="text-red-selected">mspan>, variable lengths • should have a very high rated burst pressure , special large ptca balloons of <span class="text-red-selected">mspan>ore than 4 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> • variable lengths , special ptca balloon catheter with low crossing profile • <span class="text-red-selected">mspan>ust have crossing balloon profile of less than 0.025 inches , special ptca balloon catheter of less than 1.5 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> • should be available in variable balloon lengths , special otw ptca balloon for septal ablation for hoc<span class="text-red-selected">mspan> , high pressure cto non co<span class="text-red-selected">mspan>pliant with low crossing profile (dia<span class="text-red-selected">mspan>eter 0.85<span class="text-red-selected">mspan><span class="text-red-selected">mspan>) assorted sizes) • xr (excellent rewrap) balloon <span class="text-red-selected">mspan>aterial with ultrathin <span class="text-red-selected">mspan>arker bands • hydro-x hydrophilic coating (distal tip to exit port) • invio coating on guidewire lu<span class="text-red-selected">mspan>en • sub-zero flex tip tapered tip with zero guidewire transition for s<span class="text-red-selected">mspan>ooth lesion • 0.85<span class="text-red-selected">mspan><span class="text-red-selected">mspan> dia<span class="text-red-selected">mspan>eter • p-tech hypotube with excellent transitional balance, pushability and exceptional kink resistance • crossing profile of 0.0313 inches and tip entry profile 0.0208 inches available in sizes 1.5 – 5.00 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> dia<span class="text-red-selected">mspan>eter with length of 10,12,15, 20 & 30<span class="text-red-selected">mspan><span class="text-red-selected">mspan> , group -b6 , ptca balloon for retrograde approach of cto • should be available in both regular and long lengths for retrograde approach , non co<span class="text-red-selected">mspan>pliant speciality balloon having the catheter length of 140 c<span class="text-red-selected">mspan> or <span class="text-red-selected">mspan>ore. tip entry profile of 0.019 inch or less and <span class="text-red-selected">mspan>id- balloon profile of 0.036 inch or less with 3/4 stainless steel cutting blades having a functional height of 0.005 inch. available in a working length of 6, 10 & 15<span class="text-red-selected">mspan><span class="text-red-selected">mspan> and balloon having a working range between 6 to 12 at<span class="text-red-selected">mspan>. , scoring balloon catheter for ptca , dual wire ptca dilatation catheter , drug eluting ptca balloon using <span class="text-red-selected">mspan>atrix technology , ptca bifurcation balloon , stainless steel coronary stents, pre<span class="text-red-selected">mspan>ounted on balloon – , stainless steel coronary stents, pre<span class="text-red-selected">mspan>ounted on balloon – , stainless steel coronary stents, pre<span class="text-red-selected">mspan>ounted on balloon – , cobalt chro<span class="text-red-selected">mspan>iu<span class="text-red-selected">mspan> balloon coronary stents, pre<span class="text-red-selected">mspan>ounted onballoon – , group -b6- a , coronary stents : non-<span class="text-red-selected">mspan>edicated coronary stent balloon<span class="text-red-selected">mspan>ounted , non-<span class="text-red-selected">mspan>edicated stent on stainless steel platfor<span class="text-red-selected">mspan> balloon<span class="text-red-selected">mspan>ounted , non-<span class="text-red-selected">mspan>edicated stent on non-stainless steel platfor<span class="text-red-selected">mspan> with unifor<span class="text-red-selected">mspan> ultrathin struts ( up to 60 <span class="text-red-selected">mspan>icrons) balloon<span class="text-red-selected">mspan>ounted , non-<span class="text-red-selected">mspan>edicated stent on non-stainless steel platfor<span class="text-red-selected">mspan> with unifor<span class="text-red-selected">mspan> thin struts ( 61 to 80 <span class="text-red-selected">mspan>icrons) balloon<span class="text-red-selected">mspan>ounted , non-<span class="text-red-selected">mspan>edicated stent on non-stainless steel platfor<span class="text-red-selected">mspan> with struts thickness ( > 80 <span class="text-red-selected">mspan>icrons) balloon<span class="text-red-selected">mspan>ounted , non-<span class="text-red-selected">mspan>edicated stent on non-stainless steel platfor<span class="text-red-selected">mspan> for coronary artery dia<span class="text-red-selected">mspan>eters all sizes including 4.5<span class="text-red-selected">mspan><span class="text-red-selected">mspan> or <span class="text-red-selected">mspan>ore. balloon<span class="text-red-selected">mspan>ounted , non-<span class="text-red-selected">mspan>edicated stent on non-stainless steel platfor<span class="text-red-selected">mspan> for coronary artery disease all lengths including 8<span class="text-red-selected">mspan><span class="text-red-selected">mspan> or less. , group -b6- b -coronary stents : non-<span class="text-red-selected">mspan>edicated coronary stent , balloon<span class="text-red-selected">mspan>ounted , non-<span class="text-red-selected">mspan>edicated stent on stainless steel platfor<span class="text-red-selected">mspan> , balloon<span class="text-red-selected">mspan>ounted , non-<span class="text-red-selected">mspan>edicated stent on non-stainless steel platfor<span class="text-red-selected">mspan> with unifor<span class="text-red-selected">mspan> ultrathin struts ( up to 60 <span class="text-red-selected">mspan>icrons) , balloon<span class="text-red-selected">mspan>ounted , non-<span class="text-red-selected">mspan>edicated stent on non-stainless steel platfor<span class="text-red-selected">mspan> with unifor<span class="text-red-selected">mspan> thin struts ( 61 to 80 <span class="text-red-selected">mspan>icrons , balloon<span class="text-red-selected">mspan>ounted , non-<span class="text-red-selected">mspan>edicated stent on non-stainless steel platfor<span class="text-red-selected">mspan> with struts thickness ( > 80 <span class="text-red-selected">mspan>icrons) , balloon<span class="text-red-selected">mspan>ounted , non-<span class="text-red-selected">mspan>edicated stent on non-stainless steel platfor<span class="text-red-selected">mspan> for coronary artery dia<span class="text-red-selected">mspan>eters all sizes including 4.5<span class="text-red-selected">mspan><span class="text-red-selected">mspan> or <span class="text-red-selected">mspan>ore. , balloon<span class="text-red-selected">mspan>ounted , non-<span class="text-red-selected">mspan>edicated stent on non-stainless steel platfor<span class="text-red-selected">mspan> for coronary artery disease all lengths including 8<span class="text-red-selected">mspan><span class="text-red-selected">mspan> or less. , group -b6- b.coronary stents : <span class="text-red-selected">mspan>edicated coronary stent -siroli<span class="text-red-selected">mspan>us eluting , balloon <span class="text-red-selected">mspan>ounted, siroli<span class="text-red-selected">mspan>us eluting stent with biodurable poly<span class="text-red-selected">mspan>er on stainless steel platfor<span class="text-red-selected">mspan>. , balloon <span class="text-red-selected">mspan>ounted, siroli<span class="text-red-selected">mspan>us eluting stent with biodurable poly<span class="text-red-selected">mspan>er on a non-stainless steel platfor<span class="text-red-selected">mspan>. , balloon <span class="text-red-selected">mspan>ounted, siroli<span class="text-red-selected">mspan>us eluting stent with biodegradable poly<span class="text-red-selected">mspan>er on stainless steel platfor<span class="text-red-selected">mspan>. , balloon <span class="text-red-selected">mspan>ounted, siroli<span class="text-red-selected">mspan>us eluting stent with biodegradable poly<span class="text-red-selected">mspan>er on cocr platfor<span class="text-red-selected">mspan> with hybrid stent design and unifor<span class="text-red-selected">mspan> thin struts upto 65 <span class="text-red-selected">mspan>icron, and dia<span class="text-red-selected">mspan>eter fro<span class="text-red-selected">mspan> 2.25 to 4<span class="text-red-selected">mspan><span class="text-red-selected">mspan> of varying lengths fro<span class="text-red-selected">mspan> 10 to 40 <span class="text-red-selected">mspan><span class="text-red-selected">mspan>. , balloon <span class="text-red-selected">mspan>ounted, siroli<span class="text-red-selected">mspan>us eluting stent with biodegradable poly<span class="text-red-selected">mspan>er on non-stainless steel platfor<span class="text-red-selected">mspan> with unifor<span class="text-red-selected">mspan> thin struts (61-80 <span class="text-red-selected">mspan>icrons) , balloon <span class="text-red-selected">mspan>ounted, siroli<span class="text-red-selected">mspan>us eluting stent with biodegradable poly<span class="text-red-selected">mspan>er on non-stainless steel platfor<span class="text-red-selected">mspan> with unifor<span class="text-red-selected">mspan> strut thickness greater than 80 <span class="text-red-selected">mspan>icrons. , balloon <span class="text-red-selected">mspan>ounted, siroli<span class="text-red-selected">mspan>us eluting stenton non-stainless steel platfor<span class="text-red-selected">mspan> with unifor<span class="text-red-selected">mspan> ultrathin struts (upto 60 <span class="text-red-selected">mspan>icrons) and dia<span class="text-red-selected">mspan>eters of 2.0<span class="text-red-selected">mspan><span class="text-red-selected">mspan> to 4.00 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> of varying lengths. , balloon <span class="text-red-selected">mspan>ounted, siroli<span class="text-red-selected">mspan>us eluting stenton non-stainless steel platfor<span class="text-red-selected">mspan> with unifor<span class="text-red-selected">mspan> thin struts (61 -80 <span class="text-red-selected">mspan>icrons) and dia<span class="text-red-selected">mspan>eters of 2.0<span class="text-red-selected">mspan><span class="text-red-selected">mspan> to 4.00 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> of varying lengths. , balloon <span class="text-red-selected">mspan>ounted, siroli<span class="text-red-selected">mspan>us eluting stenton non-stainless steel platfor<span class="text-red-selected">mspan> with unifor<span class="text-red-selected">mspan> strut thickness greater than 80 <span class="text-red-selected">mspan>icrons and dia<span class="text-red-selected">mspan>eters of 2.0<span class="text-red-selected">mspan><span class="text-red-selected">mspan> to 4.00 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> of varying lengths. , balloon <span class="text-red-selected">mspan>ounted, siroli<span class="text-red-selected">mspan>us eluting stenton non-stainless steel platfor<span class="text-red-selected">mspan> with unifor<span class="text-red-selected">mspan> ultrathin struts (upto 60 <span class="text-red-selected">mspan>icrons) and dia<span class="text-red-selected">mspan>eters of 2.25<span class="text-red-selected">mspan><span class="text-red-selected">mspan> to 4.5 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> of varying lengths. , balloon <span class="text-red-selected">mspan>ounted, siroli<span class="text-red-selected">mspan>us eluting stenton non-stainless steel platfor<span class="text-red-selected">mspan> with unifor<span class="text-red-selected">mspan> ultrathin struts (61-80 <span class="text-red-selected">mspan>icrons) and dia<span class="text-red-selected">mspan>eters of 2.25<span class="text-red-selected">mspan><span class="text-red-selected">mspan> to 4.5 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> of varying lengths. , balloon <span class="text-red-selected">mspan>ounted, siroli<span class="text-red-selected">mspan>us eluting stenton non-stainless steel platfor<span class="text-red-selected">mspan> with unifor<span class="text-red-selected">mspan> strut thickness greater than 80 <span class="text-red-selected">mspan>icrons and dia<span class="text-red-selected">mspan>eters of 2.25<span class="text-red-selected">mspan><span class="text-red-selected">mspan> to 4.5 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> of varying lengths. , balloon <span class="text-red-selected">mspan>ounted, siroli<span class="text-red-selected">mspan>us eluting stenton non-stainless steel platfor<span class="text-red-selected">mspan> with unifor<span class="text-red-selected">mspan> ultrathin struts (upto 60 <span class="text-red-selected">mspan>icrons) of varying lengths including stent length of 8<span class="text-red-selected">mspan><span class="text-red-selected">mspan> or less. , balloon <span class="text-red-selected">mspan>ounted, siroli<span class="text-red-selected">mspan>us eluting stenton non-stainless steel platfor<span class="text-red-selected">mspan> with unifor<span class="text-red-selected">mspan> ultrathin struts (61-80 <span class="text-red-selected">mspan>icrons)of varying lengths including stent length of 8<span class="text-red-selected">mspan><span class="text-red-selected">mspan> or less , balloon <span class="text-red-selected">mspan>ounted, siroli<span class="text-red-selected">mspan>us eluting stenton non-stainless steel platfor<span class="text-red-selected">mspan> with unifor<span class="text-red-selected">mspan> strut thickness greater than 80 <span class="text-red-selected">mspan>icrons and of varying lengths including stent length of 8<span class="text-red-selected">mspan><span class="text-red-selected">mspan> or less , balloon <span class="text-red-selected">mspan>ounted, siroli<span class="text-red-selected">mspan>us eluting stenton non-stainless steel platfor<span class="text-red-selected">mspan> with unifor<span class="text-red-selected">mspan> ultrathin struts (upto 60 <span class="text-red-selected">mspan>icrons) of varying lengths including stent length of 48<span class="text-red-selected">mspan><span class="text-red-selected">mspan> or <span class="text-red-selected">mspan>ore , balloon <span class="text-red-selected">mspan>ounted, siroli<span class="text-red-selected">mspan>us eluting stenton non-stainless steel platfor<span class="text-red-selected">mspan> with unifor<span class="text-red-selected">mspan> ultrathin struts (61-80 <span class="text-red-selected">mspan>icrons) of varying lengths including stent length of 48<span class="text-red-selected">mspan><span class="text-red-selected">mspan> or <span class="text-red-selected">mspan>ore , balloon <span class="text-red-selected">mspan>ounted, siroli<span class="text-red-selected">mspan>us eluting stenton non-stainless steel platfor<span class="text-red-selected">mspan> with unifor<span class="text-red-selected">mspan> strut thickness greater than 80 <span class="text-red-selected">mspan>icrons and of varying lengths including stent length of 48<span class="text-red-selected">mspan><span class="text-red-selected">mspan> or <span class="text-red-selected">mspan>ore , balloon <span class="text-red-selected">mspan>ounted , poly<span class="text-red-selected">mspan>er free, siroli<span class="text-red-selected">mspan>us eluting stent , group -b6- c - coronary stents : <span class="text-red-selected">mspan>edicated coronary stent -drug eluting , balloon <span class="text-red-selected">mspan>ounted, siroli<span class="text-red-selected">mspan>us eluting stent with biodurable poly<span class="text-red-selected">mspan>er on stainless steel platfor<span class="text-red-selected">mspan>. , balloon <span class="text-red-selected">mspan>ounted, siroli<span class="text-red-selected">mspan>us eluting stent with biodurable poly<span class="text-red-selected">mspan>er on a non-stainless steel platfor<span class="text-red-selected">mspan>. , balloon <span class="text-red-selected">mspan>ounted, siroli<span class="text-red-selected">mspan>us eluting stent with biodegradable poly<span class="text-red-selected">mspan>er on stainless steel platfor<span class="text-red-selected">mspan>. , balloon <span class="text-red-selected">mspan>ounted, siroli<span class="text-red-selected">mspan>us eluting stent with biodegradable poly<span class="text-red-selected">mspan>er on cocr platfor<span class="text-red-selected">mspan> with hybrid stent design and unifor<span class="text-red-selected">mspan> thin struts upto 65 <span class="text-red-selected">mspan>icron, and dia<span class="text-red-selected">mspan>eter fro<span class="text-red-selected">mspan> 2.25 to 4<span class="text-red-selected">mspan><span class="text-red-selected">mspan> of varying lengths fro<span class="text-red-selected">mspan> 10 to 40 <span class="text-red-selected">mspan><span class="text-red-selected">mspan>. , balloon <span class="text-red-selected">mspan>ounted, siroli<span class="text-red-selected">mspan>us eluting stent with biodegradable poly<span class="text-red-selected">mspan>er on non-stainless steel platfor<span class="text-red-selected">mspan> with unifor<span class="text-red-selected">mspan> thin struts (61-80 <span class="text-red-selected">mspan>icrons) , balloon <span class="text-red-selected">mspan>ounted, siroli<span class="text-red-selected">mspan>us eluting stent with biodegradable poly<span class="text-red-selected">mspan>er on non-stainless steel platfor<span class="text-red-selected">mspan> with unifor<span class="text-red-selected">mspan> strut thickness greater than 80 <span class="text-red-selected">mspan>icrons. , balloon <span class="text-red-selected">mspan>ounted, siroli<span class="text-red-selected">mspan>us eluting stenton non-stainless steel platfor<span class="text-red-selected">mspan> with unifor<span class="text-red-selected">mspan> ultrathin struts (upto 60 <span class="text-red-selected">mspan>icrons) and dia<span class="text-red-selected">mspan>eters of 2.0<span class="text-red-selected">mspan><span class="text-red-selected">mspan> to 4.00 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> of varying lengths. , balloon <span class="text-red-selected">mspan>ounted, siroli<span class="text-red-selected">mspan>us eluting stenton non-stainless steel platfor<span class="text-red-selected">mspan> with unifor<span class="text-red-selected">mspan> thin struts (61 -80 <span class="text-red-selected">mspan>icrons) and dia<span class="text-red-selected">mspan>eters of 2.0<span class="text-red-selected">mspan><span class="text-red-selected">mspan> to 4.00 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> of varying lengths. , balloon <span class="text-red-selected">mspan>ounted, siroli<span class="text-red-selected">mspan>us eluting stenton non-stainless steel platfor<span class="text-red-selected">mspan> with unifor<span class="text-red-selected">mspan> strut thickness greater than 80 <span class="text-red-selected">mspan>icrons and dia<span class="text-red-selected">mspan>eters of 2.0<span class="text-red-selected">mspan><span class="text-red-selected">mspan> to 4.00 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> of varying lengths. , balloon <span class="text-red-selected">mspan>ounted, siroli<span class="text-red-selected">mspan>us eluting stenton non-stainless steel platfor<span class="text-red-selected">mspan> with unifor<span class="text-red-selected">mspan> ultrathin struts (upto 60 <span class="text-red-selected">mspan>icrons) and dia<span class="text-red-selected">mspan>eters of 2.25<span class="text-red-selected">mspan><span class="text-red-selected">mspan> to 4.5 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> of varying lengths. , balloon <span class="text-red-selected">mspan>ounted, siroli<span class="text-red-selected">mspan>us eluting stenton non-stainless steel platfor<span class="text-red-selected">mspan> with unifor<span class="text-red-selected">mspan> ultrathin struts (61-80 <span class="text-red-selected">mspan>icrons) and dia<span class="text-red-selected">mspan>eters of 2.25<span class="text-red-selected">mspan><span class="text-red-selected">mspan> to 4.5 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> of varying lengths. , balloon <span class="text-red-selected">mspan>ounted, siroli<span class="text-red-selected">mspan>us eluting stenton non-stainless steel platfor<span class="text-red-selected">mspan> with unifor<span class="text-red-selected">mspan> strut thickness greater than 80 <span class="text-red-selected">mspan>icrons and dia<span class="text-red-selected">mspan>eters of 2.25<span class="text-red-selected">mspan><span class="text-red-selected">mspan> to 4.5 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> of varying lengths. , balloon <span class="text-red-selected">mspan>ounted, siroli<span class="text-red-selected">mspan>us eluting stenton non-stainless steel platfor<span class="text-red-selected">mspan> with unifor<span class="text-red-selected">mspan> ultrathin struts (upto 60 <span class="text-red-selected">mspan>icrons) of varying lengths including stent length of 8<span class="text-red-selected">mspan><span class="text-red-selected">mspan> or less. , balloon <span class="text-red-selected">mspan>ounted, siroli<span class="text-red-selected">mspan>us eluting stenton non-stainless steel platfor<span class="text-red-selected">mspan> with unifor<span class="text-red-selected">mspan> ultrathin struts (61-80 <span class="text-red-selected">mspan>icrons)of varying lengths including stent length of 8<span class="text-red-selected">mspan><span class="text-red-selected">mspan> or less , balloon <span class="text-red-selected">mspan>ounted, siroli<span class="text-red-selected">mspan>us eluting stenton non-stainless steel platfor<span class="text-red-selected">mspan> with unifor<span class="text-red-selected">mspan> strut thickness greater than 80 <span class="text-red-selected">mspan>icrons and of varying lengths including stent length of 8<span class="text-red-selected">mspan><span class="text-red-selected">mspan> or less , balloon <span class="text-red-selected">mspan>ounted, siroli<span class="text-red-selected">mspan>us eluting stenton non-stainless steel platfor<span class="text-red-selected">mspan> with unifor<span class="text-red-selected">mspan> ultrathin struts (upto 60 <span class="text-red-selected">mspan>icrons) of varying lengths including stent length of 48<span class="text-red-selected">mspan><span class="text-red-selected">mspan> or <span class="text-red-selected">mspan>ore , balloon <span class="text-red-selected">mspan>ounted, siroli<span class="text-red-selected">mspan>us eluting stenton non-stainless steel platfor<span class="text-red-selected">mspan> with unifor<span class="text-red-selected">mspan> ultrathin struts (61-80 <span class="text-red-selected">mspan>icrons) of varying lengths including stent length of 48<span class="text-red-selected">mspan><span class="text-red-selected">mspan> or <span class="text-red-selected">mspan>ore , balloon <span class="text-red-selected">mspan>ounted, siroli<span class="text-red-selected">mspan>us eluting stenton non-stainless steel platfor<span class="text-red-selected">mspan> with unifor<span class="text-red-selected">mspan> strut thickness greater than 80 <span class="text-red-selected">mspan>icrons and of varying lengths including stent length of 48<span class="text-red-selected">mspan><span class="text-red-selected">mspan> or <span class="text-red-selected">mspan>ore , balloon <span class="text-red-selected">mspan>ounted , poly<span class="text-red-selected">mspan>er free, siroli<span class="text-red-selected">mspan>us eluting stent , group -b6- d coronary stents : <span class="text-red-selected">mspan>edicated coronary stent -drug eluting , balloon <span class="text-red-selected">mspan>ounted, everoli<span class="text-red-selected">mspan>us/zotaroli<span class="text-red-selected">mspan>us eluting stent with biodurable poly<span class="text-red-selected">mspan>er on stainless steel platfor<span class="text-red-selected">mspan>. , balloon <span class="text-red-selected">mspan>ounted, everoli<span class="text-red-selected">mspan>us/zotaroli<span class="text-red-selected">mspan>us eluting stent with biodurable poly<span class="text-red-selected">mspan>er on non-stainless steel platfor<span class="text-red-selected">mspan>. , balloon <span class="text-red-selected">mspan>ounted, everoli<span class="text-red-selected">mspan>us/zotaroli<span class="text-red-selected">mspan>us eluting stent with biodurable poly<span class="text-red-selected">mspan>er on non-stainless steel platfor<span class="text-red-selected">mspan> and dia<span class="text-red-selected">mspan>eters of 2.25<span class="text-red-selected">mspan><span class="text-red-selected">mspan> or less to 4.00<span class="text-red-selected">mspan><span class="text-red-selected">mspan> or <span class="text-red-selected">mspan>ore of varying lengths. , balloon <span class="text-red-selected">mspan>ounted, everoli<span class="text-red-selected">mspan>us/zotaroli<span class="text-red-selected">mspan>us eluting stent with biodegradable poly<span class="text-red-selected">mspan>er on non stainless steel platfor<span class="text-red-selected">mspan>. , balloon <span class="text-red-selected">mspan>ounted, everoli<span class="text-red-selected">mspan>us eluting stent with biodegradable poly<span class="text-red-selected">mspan>er on cocr platfor<span class="text-red-selected">mspan> with hybrid stent design and unifor<span class="text-red-selected">mspan> ultrathin struts ( upto 63 <span class="text-red-selected">mspan>icron) and dia<span class="text-red-selected">mspan>eters of 2.25 to 4.00<span class="text-red-selected">mspan><span class="text-red-selected">mspan>. , balloon <span class="text-red-selected">mspan>ounted, everoli<span class="text-red-selected">mspan>us/zotaroli<span class="text-red-selected">mspan>us eluting stent with biodegradable poly<span class="text-red-selected">mspan>er on non-stainless steel platfor<span class="text-red-selected">mspan> with unifor<span class="text-red-selected">mspan> thin struts (61-80 <span class="text-red-selected">mspan>icrons) , balloon <span class="text-red-selected">mspan>ounted, everoli<span class="text-red-selected">mspan>us/zotaroli<span class="text-red-selected">mspan>us eluting stent with biodegradable poly<span class="text-red-selected">mspan>er on non-stainless steel platfor<span class="text-red-selected">mspan> with struts thickness greater than 80 <span class="text-red-selected">mspan>icrons. , balloon <span class="text-red-selected">mspan>ounted, everoli<span class="text-red-selected">mspan>us/zotaroli<span class="text-red-selected">mspan>us eluting stent on non-stainless steel platfor<span class="text-red-selected">mspan> with ultra thin struts ( upto 60 <span class="text-red-selected">mspan>icrons) and dia<span class="text-red-selected">mspan>eters of 2.0<span class="text-red-selected">mspan><span class="text-red-selected">mspan> to 4.0<span class="text-red-selected">mspan><span class="text-red-selected">mspan> of varying lengths. , balloon <span class="text-red-selected">mspan>ounted, everoli<span class="text-red-selected">mspan>us/zotaroli<span class="text-red-selected">mspan>us eluting stent on non-stainless steel platfor<span class="text-red-selected">mspan> with unifor<span class="text-red-selected">mspan> thin struts ( 61-80 <span class="text-red-selected">mspan>icrons) and dia<span class="text-red-selected">mspan>eters of 2.0<span class="text-red-selected">mspan><span class="text-red-selected">mspan> to 4.0<span class="text-red-selected">mspan><span class="text-red-selected">mspan> of varying lengths. , balloon <span class="text-red-selected">mspan>ounted, everoli<span class="text-red-selected">mspan>us/zotaroli<span class="text-red-selected">mspan>us eluting stent on non-stainless steel platfor<span class="text-red-selected">mspan> with unifor<span class="text-red-selected">mspan> strut thickness greater than 80 <span class="text-red-selected">mspan>icrons and dia<span class="text-red-selected">mspan>eters of 2.0<span class="text-red-selected">mspan><span class="text-red-selected">mspan> to 4.0<span class="text-red-selected">mspan><span class="text-red-selected">mspan> of varying lengths. , balloon <span class="text-red-selected">mspan>ounted, everoli<span class="text-red-selected">mspan>us/zotaroli<span class="text-red-selected">mspan>us eluting stent on non-stainless steel platfor<span class="text-red-selected">mspan> with ultra thin struts ( upto 60 <span class="text-red-selected">mspan>icrons) and dia<span class="text-red-selected">mspan>eters of 2.25 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> to 4.5<span class="text-red-selected">mspan><span class="text-red-selected">mspan> of varying lengths. , balloon <span class="text-red-selected">mspan>ounted, everoli<span class="text-red-selected">mspan>us/zotaroli<span class="text-red-selected">mspan>us eluting stent on non-stainless steel platfor<span class="text-red-selected">mspan> with unifor<span class="text-red-selected">mspan> thin struts ( 61-80 <span class="text-red-selected">mspan>icrons) and dia<span class="text-red-selected">mspan>eters of 2.25 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> to 4.5<span class="text-red-selected">mspan><span class="text-red-selected">mspan> of varying lengths. , balloon <span class="text-red-selected">mspan>ounted, everoli<span class="text-red-selected">mspan>us/zotaroli<span class="text-red-selected">mspan>us eluting stent on non-stainless steel platfor<span class="text-red-selected">mspan> with unifor<span class="text-red-selected">mspan> strut thickness greater than 80 <span class="text-red-selected">mspan>icrons and dia<span class="text-red-selected">mspan>eters of 2.25 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> to 4.5<span class="text-red-selected">mspan><span class="text-red-selected">mspan> of varying lengths. , balloon <span class="text-red-selected">mspan>ounted, everoli<span class="text-red-selected">mspan>us/zotaroli<span class="text-red-selected">mspan>us eluting stent on non-stainless steel platfor<span class="text-red-selected">mspan> with ultra thin struts ( upto 60 <span class="text-red-selected">mspan>icrons) of varying lengths including stent length 8<span class="text-red-selected">mspan><span class="text-red-selected">mspan> or less. , balloon <span class="text-red-selected">mspan>ounted, everoli<span class="text-red-selected">mspan>us/zotaroli<span class="text-red-selected">mspan>us eluting stent on non-stainless steel platfor<span class="text-red-selected">mspan> with unifor<span class="text-red-selected">mspan> thin struts ( 61-80 <span class="text-red-selected">mspan>icrons) of varying lengths including stent length 8<span class="text-red-selected">mspan><span class="text-red-selected">mspan> or less. , balloon <span class="text-red-selected">mspan>ounted, everoli<span class="text-red-selected">mspan>us/zotaroli<span class="text-red-selected">mspan>us eluting stent on non-stainless steel platfor<span class="text-red-selected">mspan> with unifor<span class="text-red-selected">mspan> strut thickness greater than 80 <span class="text-red-selected">mspan>icrons and of varying lengths including stent length 8<span class="text-red-selected">mspan><span class="text-red-selected">mspan> or less. , balloon <span class="text-red-selected">mspan>ounted, everoli<span class="text-red-selected">mspan>us/zotaroli<span class="text-red-selected">mspan>us eluting stent on non-stainless steel platfor<span class="text-red-selected">mspan> with ultra thin struts ( upto 60 <span class="text-red-selected">mspan>icrons) of varying lengths including stent length 48<span class="text-red-selected">mspan><span class="text-red-selected">mspan> or <span class="text-red-selected">mspan>ore. , balloon <span class="text-red-selected">mspan>ounted, everoli<span class="text-red-selected">mspan>us/zotaroli<span class="text-red-selected">mspan>us eluting stent on non-stainless steel platfor<span class="text-red-selected">mspan> with unifor<span class="text-red-selected">mspan> thin struts ( 61-80 <span class="text-red-selected">mspan>icrons) of varying lengths including stent length 48<span class="text-red-selected">mspan><span class="text-red-selected">mspan> or <span class="text-red-selected">mspan>ore. , balloon <span class="text-red-selected">mspan>ounted, everoli<span class="text-red-selected">mspan>us/zotaroli<span class="text-red-selected">mspan>us eluting stent on non-stainless steel platfor<span class="text-red-selected">mspan> with unifor<span class="text-red-selected">mspan> strut thickness greater than 80 <span class="text-red-selected">mspan>icrons and of varying lengths including stent length 48<span class="text-red-selected">mspan><span class="text-red-selected">mspan> or <span class="text-red-selected">mspan>ore. , balloon <span class="text-red-selected">mspan>ounted , poly<span class="text-red-selected">mspan>er free, everoli<span class="text-red-selected">mspan>us/zotaroli<span class="text-red-selected">mspan>us eluting stent , usfda approved platinu<span class="text-red-selected">mspan> chro<span class="text-red-selected">mspan>iu<span class="text-red-selected">mspan> everoli<span class="text-red-selected">mspan>us eluting des with ablu<span class="text-red-selected">mspan>inally coated bioabsorbable poly<span class="text-red-selected">mspan>er having a thickness not <span class="text-red-selected">mspan>ore than 5?<span class="text-red-selected">mspan> and a bi seg<span class="text-red-selected">mspan>ent shaft with a <span class="text-red-selected">mspan>idshaft seg<span class="text-red-selected">mspan>ent <span class="text-red-selected">mspan>ade of lasercut hypotube with the length >10c<span class="text-red-selected">mspan> and <span class="text-red-selected">mspan>ini<span class="text-red-selected">mspan>u<span class="text-red-selected">mspan> of about 500 lasercuts. should be available in dia<span class="text-red-selected">mspan>eters fro<span class="text-red-selected">mspan> 2.25 to 5.00<span class="text-red-selected">mspan><span class="text-red-selected">mspan> and lengths of 8,12,16,20,24,28,32,38 and 48<span class="text-red-selected">mspan><span class="text-red-selected">mspan> and the total stent thickness < 90?<span class="text-red-selected">mspan>. , usfda approved platinu<span class="text-red-selected">mspan> chro<span class="text-red-selected">mspan>iu<span class="text-red-selected">mspan> everoli<span class="text-red-selected">mspan>us eluting des specifically designed for left <span class="text-red-selected">mspan>ain and large proxi<span class="text-red-selected">mspan>al vessels with ablu<span class="text-red-selected">mspan>inally coated bioabsorbable poly<span class="text-red-selected">mspan>er having a thickness not <span class="text-red-selected">mspan>ore than 5?<span class="text-red-selected">mspan> and a bi seg<span class="text-red-selected">mspan>ent shaft with a <span class="text-red-selected">mspan>idshaft seg<span class="text-red-selected">mspan>ent <span class="text-red-selected">mspan>ade of hypotube with lasercuts and a 12 peak design. should be available in dia<span class="text-red-selected">mspan>eters fro<span class="text-red-selected">mspan> 3.50 to 5.00<span class="text-red-selected">mspan><span class="text-red-selected">mspan> and lengths of 8,12,16,20,24,28 and 32 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> withthe overexpansion capability of <span class="text-red-selected">mspan>ini<span class="text-red-selected">mspan>u<span class="text-red-selected">mspan> 6.00 <span class="text-red-selected">mspan><span class="text-red-selected">mspan>. total stent thickness should be < 95?<span class="text-red-selected">mspan> , usfda approved platinu<span class="text-red-selected">mspan> chro<span class="text-red-selected">mspan>iu<span class="text-red-selected">mspan> everoli<span class="text-red-selected">mspan>us eluting des with per<span class="text-red-selected">mspan>anent poly<span class="text-red-selected">mspan>er having a thickness not <span class="text-red-selected">mspan>ore than 5?<span class="text-red-selected">mspan> and a bi seg<span class="text-red-selected">mspan>ent shaft with a <span class="text-red-selected">mspan>idshaft seg<span class="text-red-selected">mspan>ent <span class="text-red-selected">mspan>ade of lasercut hypotube with the length of 10c<span class="text-red-selected">mspan> and about 300 lasercuts. should be available in dia<span class="text-red-selected">mspan>eters fro<span class="text-red-selected">mspan> 2.25 to 4.00<span class="text-red-selected">mspan><span class="text-red-selected">mspan> and lengths of 8,12,16,20,24,28,32 and 38 <span class="text-red-selected">mspan><span class="text-red-selected">mspan>. , siroli<span class="text-red-selected">mspan>us coated drug eluting coronary stent. hybrid cell design, cobalt-chro<span class="text-red-selected">mspan>iu<span class="text-red-selected">mspan> platfor<span class="text-red-selected">mspan> with biodegradable poly<span class="text-red-selected">mspan>er, s<span class="text-red-selected">mspan>all strut thickness of 50 ?<span class="text-red-selected">mspan> 5f guide catheter co<span class="text-red-selected">mspan>patible, with variable dia<span class="text-red-selected">mspan>eter and length available upto =48<span class="text-red-selected">mspan><span class="text-red-selected">mspan> , everoli<span class="text-red-selected">mspan>us coated drug eluting coronary stent. hybrid cell design, cobalt-chro<span class="text-red-selected">mspan>iu<span class="text-red-selected">mspan> platfor<span class="text-red-selected">mspan> with biodegradable poly<span class="text-red-selected">mspan>er, s<span class="text-red-selected">mspan>all strut thickness of 50 ?<span class="text-red-selected">mspan> 5f guide catheter co<span class="text-red-selected">mspan>patible, with variable dia<span class="text-red-selected">mspan>eter and length available upto =48<span class="text-red-selected">mspan><span class="text-red-selected">mspan> , siroli<span class="text-red-selected">mspan>us coated drug eluting tapered coronary stent with 0.5 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> difference of dia<span class="text-red-selected">mspan>eter between proxi<span class="text-red-selected">mspan>al and distal end.cobalt chro<span class="text-red-selected">mspan>iu<span class="text-red-selected">mspan> platfor<span class="text-red-selected">mspan> with biodegradable poly<span class="text-red-selected">mspan>er, s<span class="text-red-selected">mspan>all strut thickness, different dia<span class="text-red-selected">mspan>eter of upto 4.5<span class="text-red-selected">mspan><span class="text-red-selected">mspan> (proxi<span class="text-red-selected">mspan>al end ) and length available upto = , group -b6- e. <span class="text-red-selected">mspan>edicated coronary stent -paclitaxel eluting , balloon <span class="text-red-selected">mspan>ounted, paclitaxel eluting stent with biodurable poly<span class="text-red-selected">mspan>er on stainless steel platfor<span class="text-red-selected">mspan>. , balloon <span class="text-red-selected">mspan>ounted, paclitaxel eluting stent with biodurable poly<span class="text-red-selected">mspan>er on non-stainless steel platfor<span class="text-red-selected">mspan>. , balloon <span class="text-red-selected">mspan>ounted, paclitaxel eluting stent with biodegradable poly<span class="text-red-selected">mspan>er on stainless steel platfor<span class="text-red-selected">mspan>. , balloon <span class="text-red-selected">mspan>ounted, paclitaxel eluting stent with biodegradable poly<span class="text-red-selected">mspan>er on non-stainless steel platfor<span class="text-red-selected">mspan>. , balloon <span class="text-red-selected">mspan>ounted, paclitaxel eluting stent on non-stainless steel platfor<span class="text-red-selected">mspan> and dia<span class="text-red-selected">mspan>eters of 2.0<span class="text-red-selected">mspan><span class="text-red-selected">mspan> to 4.0<span class="text-red-selected">mspan><span class="text-red-selected">mspan> of varying lengths. , balloon <span class="text-red-selected">mspan>ounted, paclitaxel eluting stent on non-stainless steel platfor<span class="text-red-selected">mspan> and dia<span class="text-red-selected">mspan>eters of 2.25 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> to 4.5 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> of varying lengths. , balloon <span class="text-red-selected">mspan>ounted, paclitaxel eluting stent on non-stainless steel platfor<span class="text-red-selected">mspan> of varying lengths including stent length of 8<span class="text-red-selected">mspan><span class="text-red-selected">mspan> or less. , balloon <span class="text-red-selected">mspan>ounted, paclitaxel eluting stent on non-stainless steel platfor<span class="text-red-selected">mspan> of varying lengths including stent length of 48<span class="text-red-selected">mspan><span class="text-red-selected">mspan> or <span class="text-red-selected">mspan>ore. , group -b6- f coronary stents : <span class="text-red-selected">mspan>edicated coronary stent -newer li<span class="text-red-selected">mspan>us analogue ( other than siroli<span class="text-red-selected">mspan>us, everoli<span class="text-red-selected">mspan>us, zotaroli<span class="text-red-selected">mspan>us) , balloon <span class="text-red-selected">mspan>ounted, newer li<span class="text-red-selected">mspan>us analogue with biodurable poly<span class="text-red-selected">mspan>er on stainless steel platfor<span class="text-red-selected">mspan>. , balloon <span class="text-red-selected">mspan>ounted, newer li<span class="text-red-selected">mspan>us analogue with with biodurable poly<span class="text-red-selected">mspan>er on non-stainless steel platfor<span class="text-red-selected">mspan>. , balloon <span class="text-red-selected">mspan>ounted, newer li<span class="text-red-selected">mspan>us analogue with with biodegradable poly<span class="text-red-selected">mspan>er on stainless steel platfor<span class="text-red-selected">mspan>. , balloon <span class="text-red-selected">mspan>ounted, newer li<span class="text-red-selected">mspan>us analogue with with biodegradable poly<span class="text-red-selected">mspan>er on non-stainless steel platfor<span class="text-red-selected">mspan>. , balloon <span class="text-red-selected">mspan>ounted, newer li<span class="text-red-selected">mspan>us analogue eluting stent on non-stainless steel platfor<span class="text-red-selected">mspan> and dia<span class="text-red-selected">mspan>eters of 2.0<span class="text-red-selected">mspan><span class="text-red-selected">mspan> to 4.0<span class="text-red-selected">mspan><span class="text-red-selected">mspan> of varying lengths. , balloon <span class="text-red-selected">mspan>ounted, newer li<span class="text-red-selected">mspan>us analogue eluting stent on non-stainless steel platfor<span class="text-red-selected">mspan> and dia<span class="text-red-selected">mspan>eters of 2.25 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> to 4.5 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> of varying lengths. , balloon <span class="text-red-selected">mspan>ounted, newer li<span class="text-red-selected">mspan>us analogue eluting stent on non-stainless steel platfor<span class="text-red-selected">mspan> of varying lengths including stent length of 8<span class="text-red-selected">mspan><span class="text-red-selected">mspan> or less. , balloon <span class="text-red-selected">mspan>ounted, newer li<span class="text-red-selected">mspan>us analogue eluting stent on non-stainless steel platfor<span class="text-red-selected">mspan> of varying lengths including stent length of 48<span class="text-red-selected">mspan><span class="text-red-selected">mspan> or <span class="text-red-selected">mspan>ore. , balloon <span class="text-red-selected">mspan>ounted ,newer li<span class="text-red-selected">mspan>us analogue with ablu<span class="text-red-selected">mspan>inal drug coating. , group -b6- g other coronary stents , self - expanding drug eluting coronary stent dedicated for bifurcation lesion. , self - expanding drug eluting coronary stent dedicated for side branch access. , balloon <span class="text-red-selected">mspan>ounted drug eluting , tapered coronary stents. , balloon <span class="text-red-selected">mspan>ounted coronary stents covered with flexible <span class="text-red-selected">mspan>esh sleeve. , self expanding drug eluting coronary stents. , balloon <span class="text-red-selected">mspan>ounted, dual drug coated drug eluting stents. , bioresorbable coronary vascular scaffold. , coronary stent graft/coronary covered stent with sandwich design of variable dia<span class="text-red-selected">mspan>eters and lengths. , coronary stent graft/coronary covered stent of variable dia<span class="text-red-selected">mspan>eters and lengths, with single stent design and 5 french guide catheter co<span class="text-red-selected">mspan>patibility. , biodurable poly<span class="text-red-selected">mspan>ers includesibs( poly styrene-b-isobutylene -b styrene), pb<span class="text-red-selected">mspan>a( poly-n-butyl <span class="text-red-selected">mspan>ethacrylate,peva ( polyethelene covinyl acetate), pvdf-hfp(poly vinlidine fluoride hexafluropropylene,0 pc( phosphoryicholine) siloxane copoly<span class="text-red-selected">mspan>er and any other co<span class="text-red-selected">mspan><span class="text-red-selected">mspan>ercially approved biodurable poly<span class="text-red-selected">mspan>er. , paclitaxel coated se<span class="text-red-selected">mspan>i- co<span class="text-red-selected">mspan>pliant drug coated balloon having a drug load of less than 3 ?g/<span class="text-red-selected">mspan><span class="text-red-selected">mspan>2 and a balanced hydrophilic hydrophobic excipient with a bi seg<span class="text-red-selected">mspan>ent inner lu<span class="text-red-selected">mspan>en shaft and a hydrophilic coating on the shaft. available in the dia<span class="text-red-selected">mspan>eters of 2.00 to 4.00 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> and lengths of 12<span class="text-red-selected">mspan><span class="text-red-selected">mspan>, 15<span class="text-red-selected">mspan><span class="text-red-selected">mspan>, 20<span class="text-red-selected">mspan><span class="text-red-selected">mspan> & 30<span class="text-red-selected">mspan><span class="text-red-selected">mspan>. working range of 6 to 14 at<span class="text-red-selected">mspan> for sizes upto 3.0<span class="text-red-selected">mspan><span class="text-red-selected">mspan> & 6 to 12 at<span class="text-red-selected">mspan> for 3.50 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> & 4.00 <span class="text-red-selected">mspan><span class="text-red-selected">mspan>. , bioli<span class="text-red-selected">mspan>us aa drug eluting stent syste<span class="text-red-selected">mspan> • hybrid cobalt chro<span class="text-red-selected">mspan>iu<span class="text-red-selected">mspan> stent • ablu<span class="text-red-selected">mspan>inal biodegradable poly<span class="text-red-selected">mspan>er with bioli<span class="text-red-selected">mspan>us a9 eluting stents • <span class="text-red-selected">mspan>id-section s-shape connectors • thin strut cobalt chro<span class="text-red-selected">mspan>iu<span class="text-red-selected">mspan> • 1.37<span class="text-red-selected">mspan><span class="text-red-selected">mspan> large cell opening for easy side branch access • excellent trackability and pushability together with low tip entry profile available in sizes of 2.25, 2.50, 2.75, 3.00, 3.50 & 4.00<span class="text-red-selected">mspan><span class="text-red-selected">mspan> dia with stent length of 9, 14, 19, 24, 29, 33 & 36<span class="text-red-selected">mspan><span class="text-red-selected">mspan> , poly<span class="text-red-selected">mspan>er and carrier free drug coated stent with bioli<span class="text-red-selected">mspan>us a9 (ba9) & <span class="text-red-selected">mspan>icrostructured ablu<span class="text-red-selected">mspan>inal surface, having lower peak force for better tracebility, higher pushability & large cell opening dia<span class="text-red-selected">mspan>eter • poly<span class="text-red-selected">mspan>er free and carrier free drug coated stent • bioli<span class="text-red-selected">mspan>us a9 (ba9) and <span class="text-red-selected">mspan>icro structured ablu<span class="text-red-selected">mspan>inal surface • lower peak force for better traceability • higher pushability of 49 pft to increase the efficiency of the force • large cell opening dia<span class="text-red-selected">mspan>eter 1.702<span class="text-red-selected">mspan><span class="text-red-selected">mspan> to provides better access to side branch for subsequent stents available in sizes of 2.25, 2.50, 2.75, 3.00, 3.50 & 4.00<span class="text-red-selected">mspan><span class="text-red-selected">mspan> dia with stent length of 8, 11, 14, 18, 24, 28, 33 & 36<span class="text-red-selected">mspan><span class="text-red-selected">mspan> , siroli<span class="text-red-selected">mspan>us eluting coronary side branch stent syste<span class="text-red-selected">mspan>.sizes available 2.5<span class="text-red-selected">mspan><span class="text-red-selected">mspan> x 2.5<span class="text-red-selected">mspan><span class="text-red-selected">mspan>,3.0<span class="text-red-selected">mspan><span class="text-red-selected">mspan> x 2.5<span class="text-red-selected">mspan><span class="text-red-selected">mspan>,3.5<span class="text-red-selected">mspan><span class="text-red-selected">mspan> x 2.5<span class="text-red-selected">mspan><span class="text-red-selected">mspan>, 3.5<span class="text-red-selected">mspan><span class="text-red-selected">mspan> x 3.00<span class="text-red-selected">mspan><span class="text-red-selected">mspan> 4.0<span class="text-red-selected">mspan><span class="text-red-selected">mspan> x 3.5<span class="text-red-selected">mspan><span class="text-red-selected">mspan> lengths 16<span class="text-red-selected">mspan><span class="text-red-selected">mspan>, 19<span class="text-red-selected">mspan><span class="text-red-selected">mspan>, 24<span class="text-red-selected">mspan><span class="text-red-selected">mspan>, & 29<span class="text-red-selected">mspan><span class="text-red-selected">mspan> , group-b10 , rotalink plus (advancer and burr) , rotational atherecto<span class="text-red-selected">mspan>y guide wires , rotaglide lubricant , ivus catheter • should be co<span class="text-red-selected">mspan>patible with available <span class="text-red-selected">mspan>achine of <span class="text-red-selected">mspan>ake boston scientific , catheter for virtual histology • should be co<span class="text-red-selected">mspan>patible with available <span class="text-red-selected">mspan>achine , catheter for optical coherence refracto<span class="text-red-selected">mspan>etry • should be co<span class="text-red-selected">mspan>patible with available <span class="text-red-selected">mspan>achine , drug delivery/infusion catheter , coronary probing catheter , coronary perfusion catheter , coronary trapeer catheter , group--b11 , special <span class="text-red-selected">mspan>icro -catheter for cto retrograde approach , thro<span class="text-red-selected">mspan>becto<span class="text-red-selected">mspan>y catheters with <span class="text-red-selected">mspan>anual suction during ptca , thro<span class="text-red-selected">mspan>becto<span class="text-red-selected">mspan>y catheters with distal balloon occlusion andauto<span class="text-red-selected">mspan>ated suction during ptca , thro<span class="text-red-selected">mspan>becto<span class="text-red-selected">mspan>y catheters with <span class="text-red-selected">mspan>otorized cutting and suction during ptca , doppler wire for ptca , presssure wire for ptca , group-b12 , e<span class="text-red-selected">mspan>bolic protection devices based on filter technology/<span class="text-red-selected">mspan>echanis<span class="text-red-selected">mspan> , e<span class="text-red-selected">mspan>bolic protection devices with distal balloon occlusive technology , e<span class="text-red-selected">mspan>bolic protection devices with proxi<span class="text-red-selected">mspan>al balloon occlusive technology , arterial puncture closure devices - collagen plug based , arterial puncture closure devices - suture based , disposable fe<span class="text-red-selected">mspan>oral co<span class="text-red-selected">mspan>pression devices- balloon based co<span class="text-red-selected">mspan>pression , co<span class="text-red-selected">mspan>pression devices for radial artery- balloon based co<span class="text-red-selected">mspan>pression , co<span class="text-red-selected">mspan>pression devices for radial artery- strap based co<span class="text-red-selected">mspan>pression , ptca guide wire re-entry catheter for cto , coronary <span class="text-red-selected">mspan>icro catheter- , group –c (drugs used in cath lab during coronay interventios) , injection nikorandil (2 <span class="text-red-selected">mspan>g) , injection bivaluridin , injection tirofiban , injection eptifibatide , injection abcixi<span class="text-red-selected">mspan>ab , group– d1 , puncture needle for vascular access for paediatric / neonatal use • 20-22g • 3-5 c<span class="text-red-selected">mspan> long • 0.021 or 0.025 inch guide wire co<span class="text-red-selected">mspan>patible • should be supplied individually packed • needle should have protected plastic tube covering , intravenous cannula ‘<span class="text-red-selected">mspan>edicut’ type for vascular access • available in 16, 18, 20, 22 g • supplied with an attached luer-lock 2 <span class="text-red-selected">mspan>l syringe • individually packed with easy peel off , intravenous cannula for vascular access • available in 16, 18, 20, 22 g • 20 g should allow the passage of 0.025 hydrophilic guide wire • individually packed with easy peel off , intravenous cannula for vascular access in neonates • available in 24, 26 g • individually packed with easy peel off , introducer sheaths for pediatric use (size 4-6fr.) with straight introducer wire • sizes 4french/5french/6 french • between 5.5-7.5 c<span class="text-red-selected">mspan> long • 0.021 inch straight introducer guide wire • with hae<span class="text-red-selected">mspan>ostatic valve to prevent back leak and air aspiration • with integral side port with attached 3-way stopcock • with suture eye for securing sheath • kink resistant • with dilator-hub lock <span class="text-red-selected">mspan>echanis<span class="text-red-selected">mspan> to prevent its back-out during insertion • should have s<span class="text-red-selected">mspan>ooth and resistance free insertion , introducer sheaths for pediatric use (size 4-6fr.) with j tip introducer wire • sizes 4french/5french/6 french • between 5.5-7.5 c<span class="text-red-selected">mspan> long • with 0.021 inch introducer guide wire with j tip on one end and straight tip on the other end (bothends should be soft) • with hae<span class="text-red-selected">mspan>ostatic valve to prevent back leak and air aspiration • should have integral side port with attached 3-way stopcock • with suture eye for securing sheath • kink resistant • with a dilator-hub lock <span class="text-red-selected">mspan>echanis<span class="text-red-selected">mspan> to prevent its back-out during insertion • should have s<span class="text-red-selected">mspan>ooth and resistance free insertion , introducer sheath of 3 french (fr.) size (for neonatal/ pediatric use) , pigtail catheter (pediatric) - • 4french/5french/6french size • s<span class="text-red-selected">mspan>aller length for neonatal and pediatric use • <span class="text-red-selected">mspan>ust be fda approved , judkins catheter (pediatric) - • 4f/5f/6f size left and right judkins catheters in various standard curves and lengths. • <span class="text-red-selected">mspan>ust be fda approved , special judkins coronary catheter with 2.5 c<span class="text-red-selected">mspan> curve (pediatric) • 4f/5f/6f , group-d2 , <span class="text-red-selected">mspan>ultiprpose catheter (pediatric) • 4f/5f/6f in various standard curves and lengths , 3- french’ diagnostic catheters for neonatal use • pigtail, judkins, <span class="text-red-selected">mspan>ultipurpose, cobra and other diagnostic catheters of 3 fr. size • varying lengths and shapes , special swan ganz catheter with: • 4f catheter should allow the passage of at least 0.021 inch, 5f – 0.025 inch, 6f – 0.035 inch and 7f,8f – 0.038 inch hydrophilic guide wire • <span class="text-red-selected">mspan>ust be available in 4f, 5f, 6f and 7f and 8 fr. sizes • catheter should be tapered at tip to ensure unifor<span class="text-red-selected">mspan> dia<span class="text-red-selected">mspan>eter of the whole catheter • 10 c<span class="text-red-selected">mspan> <span class="text-red-selected">mspan>arking along catheter body to confir<span class="text-red-selected">mspan> insertion depth , balloon tipped angiography catheter , ber<span class="text-red-selected">mspan>an cathter • <span class="text-red-selected">mspan>ust be available in 4f, 5f, 6f and 7f sizes • should have 6 - 8 holes proxi<span class="text-red-selected">mspan>al to the balloon for dye injection • catheter should be tapered at tip to ensure unifor<span class="text-red-selected">mspan> dia<span class="text-red-selected">mspan>eter of the whole catheter • 10 c<span class="text-red-selected">mspan> <span class="text-red-selected">mspan>arking along catheter body to confir<span class="text-red-selected">mspan> insertion depth , reverse ber<span class="text-red-selected">mspan>an catheter • should be available in 4f, 5f, 6f & 7f sizes • catheter should be tapered at tip to ensure unifor<span class="text-red-selected">mspan> dia<span class="text-red-selected">mspan>eter of the whole catheter • should have holes proxi<span class="text-red-selected">mspan>al to the balloon for dye injection • should have a hole at the proxi<span class="text-red-selected">mspan>al tip to allow the passage over the wire , <span class="text-red-selected">mspan>ullins sheath without side ar<span class="text-red-selected">mspan> • should be available in 6 fr./7 fr./ 8fr. sizes • thick and stiff dilator for guiding septal puncture , <span class="text-red-selected">mspan>ullins sheath with side ar<span class="text-red-selected">mspan> • should be available in 6 fr./7 fr./ 8fr. sizes , group-d3 , pt<span class="text-red-selected">mspan>c balloon ‘inoue type’ with accessories , pt<span class="text-red-selected">mspan>c balloon of ‘inoue type’ without accessories , pt<span class="text-red-selected">mspan>c balloon ‘inoue type’ with accessories , pt<span class="text-red-selected">mspan>c balloon of ‘inoue type’ without accessories- , pt<span class="text-red-selected">mspan>c balloon ‘inoue type’ with accessories – , pt<span class="text-red-selected">mspan>c balloon ‘inoue type’ without accessories – , transseptal puncture needle • infants, pediatric and adult sizes • tapering tip • standard curve • hub with angle indicator , group-d4 , asd closure devices with delivery syste<span class="text-red-selected">mspan> - • approved for pediatric/adult use • device <span class="text-red-selected">mspan>ade of biologically inert <span class="text-red-selected">mspan>aterial • self-centering, detachable device with delivery cable • available in all the sizes (6 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> – 40 <span class="text-red-selected">mspan><span class="text-red-selected">mspan>) , asd closure device without delivery syste<span class="text-red-selected">mspan> , delivery sheath for asd closure device- co<span class="text-red-selected">mspan>patible with the device approved in ite<span class="text-red-selected">mspan> no. 27.01 , preloaded asd closure devices - • approved for pediatric/adult use • device <span class="text-red-selected">mspan>ade of biologically inert <span class="text-red-selected">mspan>aterial • preloaded device with delivery cable , asd closure devices with delivery syste<span class="text-red-selected">mspan> – • device <span class="text-red-selected">mspan>ade of biologically inert <span class="text-red-selected">mspan>aterial • available in all the sizes , asd closure device without delivery syste<span class="text-red-selected">mspan> , delivery sheath for asd closure device- co<span class="text-red-selected">mspan>patible with the device approved in ite<span class="text-red-selected">mspan> no at . 27.04 , asd closure device with delivery syste<span class="text-red-selected">mspan> – • device <span class="text-red-selected">mspan>ade of biologically inert <span class="text-red-selected">mspan>aterial • available in all the sizes , asd closure device without delivery syste<span class="text-red-selected">mspan> – , delivery sheath for asd closure device– co<span class="text-red-selected">mspan>patible with the device approved in ite<span class="text-red-selected">mspan> no. at 27.08 , fenestrated asd closure devices , group-d5 , vsd closure devices with delivery syste<span class="text-red-selected">mspan> - • approved for pediatric/adult use • device <span class="text-red-selected">mspan>ade of biologically inert <span class="text-red-selected">mspan>aterial • self-centering, detachable device with delivery cable • available in all the sizes , vsd closure devices without delivery syste<span class="text-red-selected">mspan> , delivery sheath for vsd closure device - co<span class="text-red-selected">mspan>patible with the device approved in ite<span class="text-red-selected">mspan> no.at 28.01 , vsd closure devices with delivery syste<span class="text-red-selected">mspan> - • device <span class="text-red-selected">mspan>ade of biologically inert <span class="text-red-selected">mspan>aterial • available in all the sizes , vsd closure devices without delivery syste<span class="text-red-selected">mspan> - , delivery sheath for vsd closure device- ce <span class="text-red-selected">mspan>arked co<span class="text-red-selected">mspan>patible with the device approved in ite<span class="text-red-selected">mspan> no.at28.04 , vsd closure device with delivery syste<span class="text-red-selected">mspan> – • device <span class="text-red-selected">mspan>ade of biologically inert <span class="text-red-selected">mspan>aterial • available in all the sizes , vsd closure device without delivery syste<span class="text-red-selected">mspan> – delivery sheath for vsd closure device– co<span class="text-red-selected">mspan>patible with the device approved in ite<span class="text-red-selected">mspan> no. at 28.07 , pda closure devices with delivery syste<span class="text-red-selected">mspan> - • approved for pediatric/adult use • device <span class="text-red-selected">mspan>ade of biologically inert <span class="text-red-selected">mspan>aterial • self-centering, detachable device with delivery cable • available in all the sizes , group -d6 , pda closure devices without delivery syste<span class="text-red-selected">mspan> , delivery sheath for pda closure device - co<span class="text-red-selected">mspan>patible with the device approved in ite<span class="text-red-selected">mspan> no.29.01 , pda closure devices without delivery syste<span class="text-red-selected">mspan> - • device <span class="text-red-selected">mspan>ade of biologically inert <span class="text-red-selected">mspan>aterial • available in all the sizes , pda closure device without delivery syste<span class="text-red-selected">mspan> – , delivery sheath for pda closure device – co<span class="text-red-selected">mspan>patible with the device approved in ite<span class="text-red-selected">mspan> no.at 29.04 , pda closure device with delivery syste<span class="text-red-selected">mspan> – device <span class="text-red-selected">mspan>ade of biologically inert <span class="text-red-selected">mspan>aterial • available in all the sizes , pda closure device without delivery syste<span class="text-red-selected">mspan> – , delivery sheath for pda closure device- co<span class="text-red-selected">mspan>patible with the device approved in ite<span class="text-red-selected">mspan> no. at 29.07 , group-d7 , pfo closure device with delivery syste<span class="text-red-selected">mspan> – approved for pediatric /adult usedevice <span class="text-red-selected">mspan>ade of biologically inert <span class="text-red-selected">mspan>aterial • available in all the sizes , pfo closure devices without delivery syste<span class="text-red-selected">mspan> , delivery sheath for pfo closure device – co<span class="text-red-selected">mspan>patible with the device approved in ite<span class="text-red-selected">mspan> no. at 30.01 , pfo closure devices with delivery syste<span class="text-red-selected">mspan> - • device <span class="text-red-selected">mspan>ade of biologically inert <span class="text-red-selected">mspan>aterial • available in all the sizes , pfo closure devices without delivery syste<span class="text-red-selected">mspan> - , delivery sheath for pfo closure device- co<span class="text-red-selected">mspan>patible with the device approved in ite<span class="text-red-selected">mspan> no. at 30.04 , pfo closure device with delivery syste<span class="text-red-selected">mspan> – • device <span class="text-red-selected">mspan>ade of biologically inert <span class="text-red-selected">mspan>aterial • available in all the sizes , pfo closure device without delivery syste<span class="text-red-selected">mspan> , delivery sheath for pfo closure device– co<span class="text-red-selected">mspan>patible with the device approved in ite<span class="text-red-selected">mspan> no. at 30.07 , sizing balloon for device closure – circular shape , sizing balloon for device closure – oval shaped , sizing plate for device closure , group-d8 , delivery cables for asd/vsd/pda devices , retrievers for asd/vsd/pda devices , sheath for retrival of devices , wire 0.018” regular length, regular shaft stiffness • floppy tip • straight / j shaped tip • 140-180 c<span class="text-red-selected">mspan> long , wire 0.018” regular length, extra- stiff shaft • floppy tip • straight / j shaped tip • 140-180 c<span class="text-red-selected">mspan> long , wire 0.018” exchange length, regular shaft stiffness • floppy tip • straight / j shaped tip • 240-300 c<span class="text-red-selected">mspan> long , wire 0.018” exchange length, extra- stiff shaft • floppy tip • straight / j shaped tip • 240-300 c<span class="text-red-selected">mspan> long , valvoplasty balloon catheters • varying sizes and dia<span class="text-red-selected">mspan>eters • approved for pediatric/adult use , special balloon catheter co<span class="text-red-selected">mspan>patible with 4 french sheath • co<span class="text-red-selected">mspan>patible with 0.018 inch guide wire • varying length and dia<span class="text-red-selected">mspan>eter , special pediatric valvoplasty balloon catheters co<span class="text-red-selected">mspan>patible with 4 french sheath • co<span class="text-red-selected">mspan>patible with 0.025 inch guide wire • varying length and dia<span class="text-red-selected">mspan>eter , group-d9 , valvoplasty balloon catheters (sizes 10 – 22 <span class="text-red-selected">mspan><span class="text-red-selected">mspan>) • approved for pediatric/adult use • varying length and dia<span class="text-red-selected">mspan>eter • no<span class="text-red-selected">mspan>inal pressure < 4 at<span class="text-red-selected">mspan> , balloon catheters (sizes 10 – 22 <span class="text-red-selected">mspan><span class="text-red-selected">mspan>) • approved for pediatric/adult use • varying length and dia<span class="text-red-selected">mspan>eter • no<span class="text-red-selected">mspan>inal pressure > 8 at<span class="text-red-selected">mspan> , balloon in balloon catheter • quote in all sizes , fogarty e<span class="text-red-selected">mspan>bolecto<span class="text-red-selected">mspan>y catheter • 4fr/5fr/6 fr sizes • <span class="text-red-selected">mspan>etal rod at tip of the catheter to enable angulations up to 60 degrees , atrial septosto<span class="text-red-selected">mspan>y catheter • 4fr/5fr/6fr sizes , detachable balloon , vascular plugs- fda approved , vascular plugs- ce <span class="text-red-selected">mspan>arked , vascular plugs- approved by dcgi , radiofrequency perforation accessories • co<span class="text-red-selected">mspan>patible with beyliss syste<span class="text-red-selected">mspan> , group-d10 , pda coils <span class="text-red-selected">mspan>ade of steel • 0.035, 0.038 inches • sizes ranging fro<span class="text-red-selected">mspan> 2 x 2 to 15 x 15 , pda coils <span class="text-red-selected">mspan>ade of nitinol • 0.035, 0.038 inches • sizes ranging fro<span class="text-red-selected">mspan> 2 x 2 to 15 x 15 , pda coils <span class="text-red-selected">mspan>ade of platinu<span class="text-red-selected">mspan> • 0.035, 0.038 inches • sizes ranging fro<span class="text-red-selected">mspan> 2 x 2 to 15 x 15 , 0.052 inch pda coils <span class="text-red-selected">mspan>ade of nitinol • sizes ranging fro<span class="text-red-selected">mspan> 2 x 2 to 15 x 15 , 0.052 inch pda coils <span class="text-red-selected">mspan>ade of platinu<span class="text-red-selected">mspan> • sizes ranging fro<span class="text-red-selected">mspan> 2 x 2 to 15 x 15 , e<span class="text-red-selected">mspan>bolisation coils (0.018 inch) • sizes ranging fro<span class="text-red-selected">mspan> 2 x 2 to 15 x 15 , e<span class="text-red-selected">mspan>bolisation coils (0.035 inch) • sizes ranging fro<span class="text-red-selected">mspan> 2 x 2 to 15 x 15 , e<span class="text-red-selected">mspan>bolisation coils (0.052 inch) • sizes ranging fro<span class="text-red-selected">mspan> 2 x 2 to 15 x 15 , park blade septecto<span class="text-red-selected">mspan>y catheter , group-d11 , balloon expandable pul<span class="text-red-selected">mspan>onary artery and aortic stents – approved for pediatric/adult use • available in various sizes , self expanding pul<span class="text-red-selected">mspan>onary artery and aortic stents- • approved for pediatric/adult use • available in various sizes , hydrophilic diagnostic guide wire - radifocus (regular length, regular stiffness) • <span class="text-red-selected">mspan>ust be available in 0.025, 0.032, 0.035 and 0.038 inches size • should have superelastic alloy core • should have super flexible wire tip • should be available in straight and angled tip • should be between 120-150 c<span class="text-red-selected">mspan> long , hydrophilic diagnostic guide wire -‘radifocus’ (exchange length, regular stiffness) • <span class="text-red-selected">mspan>ust be available in 0.025, 0.032, 0.035 and 0.038 inches size • should have superelastic alloy core • should have super flexible wire tip • should be available in straight and angled tip • should be 260 c<span class="text-red-selected">mspan> long , hydrophilic diagnostic guide wire - radifocus (regular length, extra-stiff) • <span class="text-red-selected">mspan>ust be available in 0.025, 0.032, 0.035 and 0.038 inches size • should have superelastic alloy core • should have super flexible wire tip • should be available in straight and angled tip o should be between 120-150 c<span class="text-red-selected">mspan> long , hydrophilic diagnostic guide wire - radifocus (exchange length, extra-stiff) • <span class="text-red-selected">mspan>ust be available in 0.025, 0.032, 0.035 and 0.038 inches size • should have superelastic alloy core • should have super flexible wire tip • should be available in straight and angled tip • should be 260 c<span class="text-red-selected">mspan> long , exchange length 0.035 inch guidewire dedicated for vsd device closure– noodle type , special introducer sheath for transseptal puncture • should include a dilator and sheath • dilator should provide s<span class="text-red-selected">mspan>ooth transition with septal puncture needle • should be available in varying sizes • radio-opaque tip <span class="text-red-selected">mspan>arker for precise visualization of sheath • should be kink and collapse resistant • should be flexible , special long sheath with side ar<span class="text-red-selected">mspan> having hausdorf-lock curve for asd device closure • variable lengths and sizes , special long sheaths with side ar<span class="text-red-selected">mspan> having <span class="text-red-selected">mspan>ullins curve, balkans curve, 180 curve and other curves • variable lengths and sizes , ptca inflation device- (<span class="text-red-selected">mspan>axi<span class="text-red-selected">mspan>u<span class="text-red-selected">mspan> pressure upto 10 at<span class="text-red-selected">mspan>) • lu<span class="text-red-selected">mspan>inescent analog pressure gauge with <span class="text-red-selected">mspan>axi<span class="text-red-selected">mspan>u<span class="text-red-selected">mspan> pressure up to 10 at<span class="text-red-selected">mspan> • efficient locking syste<span class="text-red-selected">mspan> to <span class="text-red-selected">mspan>aintain high pressure • rapid inflation and deflation • clear barrel for easy visualization of de-bubbling • ergo<span class="text-red-selected">mspan>atric and user friendly hand held design , group e -12 , disposable radiation protection pad -radial single layer, sterilized packed, non-vinyl, lead (pb)-free and light weight absorbable radial drape for protection fro<span class="text-red-selected">mspan> scattered radiation during interventional procedures like radial angioplasty, peripheral & ir etc. should have barc test certificate, and lead equivalency <span class="text-red-selected">mspan>ust be at least 0.125<span class="text-red-selected">mspan><span class="text-red-selected">mspan>pb and attenuation shield size: 406<span class="text-red-selected">mspan><span class="text-red-selected">mspan>x305<span class="text-red-selected">mspan><span class="text-red-selected">mspan> <span class="text-red-selected">mspan>andatory docu<span class="text-red-selected">mspan>ent need to be sub<span class="text-red-selected">mspan>itted: • third-party environ<span class="text-red-selected">mspan>ental safety docu<span class="text-red-selected">mspan>ent. • clinical proof of attenuation. disposable radiation protection pad -fe<span class="text-red-selected">mspan>oral and subclavian single layer, sterilized packed, non-vinyl, lead (pb) -free and light weight absorbable fe<span class="text-red-selected">mspan>oral drape for protection fro<span class="text-red-selected">mspan> scattered radiation during interventional procedures like ep ablation, cto etc. should have barc test certificate, and lead equivalency <span class="text-red-selected">mspan>ust be at least 0.125<span class="text-red-selected">mspan><span class="text-red-selected">mspan>pb and attenuation shield size: 406<span class="text-red-selected">mspan><span class="text-red-selected">mspan>x305<span class="text-red-selected">mspan><span class="text-red-selected">mspan> <span class="text-red-selected">mspan>andatory docu<span class="text-red-selected">mspan>ent need to be sub<span class="text-red-selected">mspan>itted: • third-party environ<span class="text-red-selected">mspan>ental safety docu<span class="text-red-selected">mspan>ent. • clinical proof of attenuation. no brainer cap non-lead single layer head cover, non-vinyl, lead (pb) -free x-ray attenuation, light weight surgical cap for radiation safety in all fluoro labs and <span class="text-red-selected">mspan>ust be fit all head sizes. should have a lead equivalency <span class="text-red-selected">mspan>ust be at least 0.125<span class="text-red-selected">mspan><span class="text-red-selected">mspan>pb. weight should not be <span class="text-red-selected">mspan>ore than 95gra<span class="text-red-selected">mspan>s and attenuation shield size: 559<span class="text-red-selected">mspan><span class="text-red-selected">mspan>x76<span class="text-red-selected">mspan><span class="text-red-selected">mspan> <span class="text-red-selected">mspan>andatory docu<span class="text-red-selected">mspan>ent need to be sub<span class="text-red-selected">mspan>itted: • third-party environ<span class="text-red-selected">mspan>ental safety docu<span class="text-red-selected">mspan>ent. • clinical proof of attenuation , group -f1 , hydrophilic dignostic guide wire - (regular length, regular stiffness) • should be available in 0.025, 0.032, 0.035 and 0.038 inches size • should be available in straight and angled tip • should be between 120-180 c<span class="text-red-selected">mspan> long • short floppy tip 3-8 c<span class="text-red-selected">mspan> long , hydrophilic diagnostic guide wire - (exchange length, regular stiffness) • should be available in 0.025, 0.032, 0.035 and 0.038 inches size • should be available in straight and angled tip • should be 260 c<span class="text-red-selected">mspan> long • short floppy tip 3-8 c<span class="text-red-selected">mspan> long , hydrophilic diagnostic guide wire - (exchange length, regular stiffness) • should be available in 0.025, 0.032, 0.035 and 0.038 inches size • should be available in straight and angled tip • should be 300 c<span class="text-red-selected">mspan> long • short floppy tip 3-5 c<span class="text-red-selected">mspan> long , hydrophilic diagnostic guide wire - (regular length, extra-stiff) - • should be available in 0.025, 0.032, 0.035 and 0.038 inches size • should be available in straight and angled tip • should be between 120-180 c<span class="text-red-selected">mspan> long • short floppy tip 3-8 c<span class="text-red-selected">mspan> long , hydrophilic diagnostic guide wire - (exchange length, extra-stiff) • should be available in 0.025, 0.032, 0.035 and 0.038 inches size • should be available in straight and angled tip • 3-5 c<span class="text-red-selected">mspan> long tip • should be 260 c<span class="text-red-selected">mspan> long , hydrophilic diagnostic guide wire - (exchange length, extra-stiff) • should be available in 0.025, 0.032, 0.035 and 0.038 inches size • should be available in straight and angled tip • 3-5 c<span class="text-red-selected">mspan> long tip • should be 300 c<span class="text-red-selected">mspan> long , ptfe coated extrastiff shaft strength wire- backup <span class="text-red-selected">mspan>eier( regular length) • extre<span class="text-red-selected">mspan>ely stiff stainless steel shaft core • flexible short length ‘j’ shaped tip which should be highly radio-opaque . • 0.035 inches • 185 c<span class="text-red-selected">mspan> long , ptfe coated extra stiff shaft strength exchange wire- backup <span class="text-red-selected">mspan>eier (exchange length) • extre<span class="text-red-selected">mspan>ely stiff stainless steel shaft core • flexible short length ‘c’ shaped tip which should be highly radio-opaque . • 0.035 inches • 300 c<span class="text-red-selected">mspan> long , nitinol 0.014 inch guidewire (exchange length)straight and angled • with hydrophilic coating • 260-300 c<span class="text-red-selected">mspan> long • with and without flexible tip , nitinol 0.018 inch guidewire (exchange length) • straight and angled • with hydrophilic coating • 260-300 c<span class="text-red-selected">mspan> long • with and without flexible tip , group -f 2 , heavy duty nitinol alloy extra support wire ( regular length) • 0.014 inches • nitinol alloy • with angled tip-3-5 c<span class="text-red-selected">mspan> long • tip with platinu<span class="text-red-selected">mspan>/platinu<span class="text-red-selected">mspan> alloy for opti<span class="text-red-selected">mspan>u<span class="text-red-selected">mspan> visualisation • with tfe coating • 180 c<span class="text-red-selected">mspan> long , heavy duty nitinol alloy extra support wire (exchange length) • 0.014 inches • nitinol alloy • with angled tip-3-5 c<span class="text-red-selected">mspan> long • tip with platinu<span class="text-red-selected">mspan>/platinu<span class="text-red-selected">mspan> alloy for opti<span class="text-red-selected">mspan>u<span class="text-red-selected">mspan> visualisation • with tfe coating • 270-300 c<span class="text-red-selected">mspan> long , heavy duty nitinol extra support wire( regular length) • 0.018 inches • nitinol alloy • with angled tip-3-5 c<span class="text-red-selected">mspan> long • tip with platinu<span class="text-red-selected">mspan>/platinu<span class="text-red-selected">mspan> alloy for opti<span class="text-red-selected">mspan>u<span class="text-red-selected">mspan> visualization • with tfe coating • 180 c<span class="text-red-selected">mspan> long , heavy duty nitinol extra support wire (exchange length) • 0.018 inches • nitinol alloy • with angled tip: 3-5 c<span class="text-red-selected">mspan> long • tip with platinu<span class="text-red-selected">mspan>/platinu<span class="text-red-selected">mspan> alloy for opti<span class="text-red-selected">mspan>u<span class="text-red-selected">mspan> visualisation • with tfe coating • 270-300 c<span class="text-red-selected">mspan> long , steerable high support .014 inch guidewire • ptfe/duraglide coated • distal radiopaque tip 3 c<span class="text-red-selected">mspan> long • straight and j curve • 180c<span class="text-red-selected">mspan> long , steerable high support .014 inch guide wire ( exchange) • ptfe/duraglide coated • distal radiopaque tip 3 c<span class="text-red-selected">mspan> long • straight and j curve • 260-300c<span class="text-red-selected">mspan> long , cobra catheter • 4french/5french/6french • 65-125 c<span class="text-red-selected">mspan> long • 021-038 co<span class="text-red-selected">mspan>patible • in various standard curves . , sos o<span class="text-red-selected">mspan>ni catheter • 035-038 co<span class="text-red-selected">mspan>patible • 80 c<span class="text-red-selected">mspan> long , tapered straight catheter • 4french/5french/6french • 70,100 c<span class="text-red-selected">mspan> long • .035 inch co<span class="text-red-selected">mspan>patible , picard catheter • 4french/5french/6french • 035-038 co<span class="text-red-selected">mspan>patible • in various standard lengths. , group -f3 , renal double curve catheter • in various standard lengths and curves , head hunter catheter • in various standard lengths and curves • 035-038 co<span class="text-red-selected">mspan>patible • 100c<span class="text-red-selected">mspan> long , si<span class="text-red-selected">mspan><span class="text-red-selected">mspan>ons/ sidewinder catheter • in various standard lengths and curves • 035-038 co<span class="text-red-selected">mspan>patible • 100c<span class="text-red-selected">mspan> long , pre -shaped catheter for uterine artery e<span class="text-red-selected">mspan>bolisation • in various standard lengths and curves , vertebral catheter • in various standard lengths and curves , coeliac axis catheter • in various standard lengths and curves , shepherd’s hook catheter • in various standard lengths and curves , <span class="text-red-selected">mspan>icro catheters (coiled stainless steel construction) • in various standard lengths and curves • 2-3.8f size • .010-.022 inch wire co<span class="text-red-selected">mspan>patible • with radioopaque <span class="text-red-selected">mspan>arker at tip , <span class="text-red-selected">mspan>icro catheters (braided nitinol construction) • in various standard lengths and curves • 2-3.8f size • .010-.022 inch wire co<span class="text-red-selected">mspan>patible • with radioopaque <span class="text-red-selected">mspan>arker at tip , straight introducer sheath (standard length) with hydro philic introducer guide wire • sizes fro<span class="text-red-selected">mspan> 4french/5french/ 6 french/7 french/8frenc/9french • between 7-11 c<span class="text-red-selected">mspan> long • with 0.035 or 0.038 inch hydrophilic <span class="text-red-selected">mspan>ini guide wire • with plastic cannula for arterial puncture , group -f4 , straight long introducer sheath with hydrophilic introducer guide wire • sizes fro<span class="text-red-selected">mspan> 4french/5french/ 6 french/7 french/8frenc/9french • 16 c<span class="text-red-selected">mspan> long • with 0.035 or 0.038 inch hydrophilic guide wire • with plastic cannula for arterial puncture , straight reinforced sheath with hydrophilic coating • sizes fro<span class="text-red-selected">mspan> 6french /7french /8frenc/9french/10french/11french • between 7-11 c<span class="text-red-selected">mspan> long • with 0.035 or 0.038 inch guide wire co<span class="text-red-selected">mspan>patible • with radio-opaque tip , group -f5 , guiding catheter for peripheral vascular use – – should be braided with low friction inner layer - should have atrau<span class="text-red-selected">mspan>atic soft tip - should be available in various tip shapes and curves for access to different parts of the peripheral vasculature, including renal double curve, cobra, <span class="text-red-selected">mspan>ulti-purpose and other shapes - should have od of 6f-8f available - should have the largest id for each od - should have lengths ranging fro<span class="text-red-selected">mspan> 55-90 c<span class="text-red-selected">mspan> , guiding catheter for peripheral vascular use – – should be braided with low friction inner layer - should have hydrophilic coating - should have atrau<span class="text-red-selected">mspan>atic soft tip - should be available in various tip shapes and curves for access to different parts of the peripheral vasculature. - should have od of 6f-10f available - should have the largest id for each od - should have lengths ranging fro<span class="text-red-selected">mspan> 55-125 c<span class="text-red-selected">mspan> , guiding catheter for peripheral vascular use – – should be braided with low friction inner layer - should have hydrophilic coating - should have atrau<span class="text-red-selected">mspan>atic soft tip - should be available in various tip shapes and curves for access to different parts of the peripheral vasculature. - should have od of 5f available with the largest od - should have a <span class="text-red-selected">mspan>ini<span class="text-red-selected">mspan>u<span class="text-red-selected">mspan> length of 55 c<span class="text-red-selected">mspan> or <span class="text-red-selected">mspan>ore , long sheath for peripheral vascular access– - should be kink resistant with a reinforce<span class="text-red-selected">mspan>ent <span class="text-red-selected">mspan>echanis<span class="text-red-selected">mspan> - should be low friction with inner coating to allow catheter <span class="text-red-selected">mspan>anipulation - should have distal radio-opaque tip for enhanced visibility on fluoroscopy - should have s<span class="text-red-selected">mspan>ooth transition fro<span class="text-red-selected">mspan> dilator to sheath - should have a proxi<span class="text-red-selected">mspan>al he<span class="text-red-selected">mspan>ostasis valve/provision for tuohyborst valve - should be color coded for size identification - should be available in various sizes of inner dia<span class="text-red-selected">mspan>eters and various lengths and have the largest id available , long sheath for carotid access – - should be kink resistant with a reinforce<span class="text-red-selected">mspan>ent <span class="text-red-selected">mspan>echanis<span class="text-red-selected">mspan> - should be low friction with inner coating to allow catheter <span class="text-red-selected">mspan>anipulation - should have distal radio-opaque tip for enhanced visibility on fluoroscopy - should have s<span class="text-red-selected">mspan>ooth transition fro<span class="text-red-selected">mspan> dilator to sheath - should have a proxi<span class="text-red-selected">mspan>al he<span class="text-red-selected">mspan>ostasis valve/provision for tuohyborst valve - should be color coded for size identification - should be available in 4f-8f size with the largest id - should have a <span class="text-red-selected">mspan>ini<span class="text-red-selected">mspan>u<span class="text-red-selected">mspan> length of 90 c<span class="text-red-selected">mspan> or <span class="text-red-selected">mspan>ore , long sheath for contra-lateral iliac/fe<span class="text-red-selected">mspan>oral access – - should be kink resistant with a reinforce<span class="text-red-selected">mspan>ent <span class="text-red-selected">mspan>echanis<span class="text-red-selected">mspan> - should be low friction with inner coating to allow catheter <span class="text-red-selected">mspan>anipulation - should have distal radio-opaque tip for enhanced visibility on fluoroscopy - should have s<span class="text-red-selected">mspan>ooth transition fro<span class="text-red-selected">mspan> dilator to sheath - should have a proxi<span class="text-red-selected">mspan>al he<span class="text-red-selected">mspan>ostasis valve/provision for tuohyborst valve - should be color coded for size identification - should be available in 4f-9f size with the largest id - should have lengths ranging fro<span class="text-red-selected">mspan> 40- 110 c<span class="text-red-selected">mspan> , group -f6 , long sheath for renal access – - should be kink resistant - should be low friction with inner coating to allow catheter <span class="text-red-selected">mspan>anipulation - should have distal radio-opaque tip for enhanced visibility on fluoroscopy - should have s<span class="text-red-selected">mspan>ooth transition fro<span class="text-red-selected">mspan> dilator to sheath - should have a proxi<span class="text-red-selected">mspan>al he<span class="text-red-selected">mspan>ostasis valve/provision for tuohyborst valve - should be color coded for size identification - should be available in 5f-7f size with the largest id - should be at least 55 c<span class="text-red-selected">mspan> long , high pressure angioplasty balloon for peripheral vascular use – - should have rated burst pressure > 14 at<span class="text-red-selected">mspan>osphere - should have hydrophilic coating - should be available in various outer dia<span class="text-red-selected">mspan>eters and balloon lengths and various shaft lengths , high pressure angioplasty balloon for peripheral vascular use – - should have rated burst pressure > 14 at<span class="text-red-selected">mspan>osphere - should have hydrophilic coating - should be available in various outer dia<span class="text-red-selected">mspan>eters and balloon lengths , high pressure angioplasty balloon for peripheral vascular use – - should have rated burst pressure > 14 at<span class="text-red-selected">mspan>osphere - should have hydrophilic coating - should be available in various outer dia<span class="text-red-selected">mspan>eters and balloon lengths - should be available in various shaft lengths , high pressure angioplasty balloon for peripheral vascular use – - should have rated burst pressure > 14 at<span class="text-red-selected">mspan>osphere - should have hydrophilic coating - should be available in 4-10 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> (in 1 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> incre<span class="text-red-selected">mspan>ents) and 12 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> dia<span class="text-red-selected">mspan>eters and 2-10 c<span class="text-red-selected">mspan> balloon length - should have a shaft size of 75-135 c<span class="text-red-selected">mspan> , high pressure angioplasty balloon for peripheral vascular use– - should have rated burst pressure > 14 at<span class="text-red-selected">mspan>osphere - should have hydrophilic coating - should be available in 4-12 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> dia<span class="text-red-selected">mspan>eter and 2-10 c<span class="text-red-selected">mspan> balloon length - should have a shaft size of 75-135 c<span class="text-red-selected">mspan> , high pressure angioplasty balloon for peripheral vascular use– - should have rated burst pressure > 14 at<span class="text-red-selected">mspan>osphere - should have hydrophilic coating - should be available in 4-12 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> dia<span class="text-red-selected">mspan>eter and 2-10 c<span class="text-red-selected">mspan> balloon length - should have a shaft size of 75-135 c<span class="text-red-selected">mspan> , peripheral balloon catheter – - should be 0.035” co<span class="text-red-selected">mspan>patible - should be over the wire - should have a burst pressure of at least 10 at<span class="text-red-selected">mspan>osphere (at least 6 at<span class="text-red-selected">mspan>osphere for larger balloons) - should have hydrophilic coating - should be available in various sizes of od and balloon lengths - should be available in various shaft lengths , peripheral balloon catheter – - should be 0.035” co<span class="text-red-selected">mspan>patible - should be over the wire - should be non-co<span class="text-red-selected">mspan>pliant or se<span class="text-red-selected">mspan>i-co<span class="text-red-selected">mspan>pliant - should have hydrophilic coating - should be available in all ods of 3-10 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> and 12 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> and balloon length of 2-10 c<span class="text-red-selected">mspan>. - should have burst pressure of at least 10 at<span class="text-red-selected">mspan>osphere (the 12 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> od balloon should have a burst pressureof at least 6 at<span class="text-red-selected">mspan>osphere) - should pass through a <span class="text-red-selected">mspan>axi<span class="text-red-selected">mspan>u<span class="text-red-selected">mspan> 6f sheath (the 12 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> od balloon should pass through a <span class="text-red-selected">mspan>axi<span class="text-red-selected">mspan>u<span class="text-red-selected">mspan> 7fsheath) - should have a shaft length 80-135 c<span class="text-red-selected">mspan> , group -f7 , peripheral balloon catheter – - should be 0.035” co<span class="text-red-selected">mspan>patible - should be over the wire - should have a burst pressure of at least 10 at<span class="text-red-selected">mspan>osphere (at least 6 at<span class="text-red-selected">mspan>osphere for larger balloons) - should have hydrophilic coating - should be available in various sizes of od and balloon lengths - should be available in various shaft lengths , peripheral balloon catheter – - should be 0.035” co<span class="text-red-selected">mspan>patible - should be over the wire - should be non-co<span class="text-red-selected">mspan>pliant or se<span class="text-red-selected">mspan>i-co<span class="text-red-selected">mspan>pliant - should have hydrophilic coating - should be available in od of 3-10 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> and 12 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> and balloon length of 2-10 c<span class="text-red-selected">mspan>. - should have burst pressure of at least 10 at<span class="text-red-selected">mspan>osphere (the 12 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> od balloon should have a burst pressureof at least 6 at<span class="text-red-selected">mspan>osphere) - should pass through a <span class="text-red-selected">mspan>axi<span class="text-red-selected">mspan>u<span class="text-red-selected">mspan> 6f sheath (the 12 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> od balloon should pass through a <span class="text-red-selected">mspan>axi<span class="text-red-selected">mspan>u<span class="text-red-selected">mspan> 7fsheath) - should have a shaft length 80-135 c<span class="text-red-selected">mspan> , peripheral balloon catheter – - should be 0.035” co<span class="text-red-selected">mspan>patible - should be over the wire - should have a burst pressure of at least 10 at<span class="text-red-selected">mspan>osphere (at least 6 at<span class="text-red-selected">mspan>osphere for larger balloons) - should have hydrophilic coating - should be available in various sizes of od and balloon lengths - should be available in various shaft lengths , peripheral balloon catheter – - should be 0.035” co<span class="text-red-selected">mspan>patible - should be over the wire - should be non-co<span class="text-red-selected">mspan>pliant or se<span class="text-red-selected">mspan>i-co<span class="text-red-selected">mspan>pliant - should have hydrophilic coating - should be available in all ods of 3-10 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> and 12 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> and balloon length of 2-10 c<span class="text-red-selected">mspan>. - should have burst pressure of at least 10 at<span class="text-red-selected">mspan>osphere (the 12 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> od balloon should have a burst pressureof at least 6 at<span class="text-red-selected">mspan>osphere) - should pass through a <span class="text-red-selected">mspan>axi<span class="text-red-selected">mspan>u<span class="text-red-selected">mspan> 6f sheath (the 12 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> od balloon should pass through a <span class="text-red-selected">mspan>axi<span class="text-red-selected">mspan>u<span class="text-red-selected">mspan> 7fsheath) - should have a shaft length 80-135 c<span class="text-red-selected">mspan> , peripheral balloon catheter with large dia<span class="text-red-selected">mspan>eter - should be 035” co<span class="text-red-selected">mspan>patible - should be over the wire - should have hydrophilic coating - should have od of 14 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> and <span class="text-red-selected">mspan>ore - various lengths of the balloon should be available - should be <span class="text-red-selected">mspan>ounted on various shaft lengths , peripheral balloon catheter with large dia<span class="text-red-selected">mspan>eter – - should be 035” co<span class="text-red-selected">mspan>patible - should be over the wire - should have hydrophilic coating - should an od of at least 14 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> - various lengths of the balloon should be available - should be <span class="text-red-selected">mspan>ounted on various shaft lengths , peripheral balloon catheter with large dia<span class="text-red-selected">mspan>eter – - should be 035” co<span class="text-red-selected">mspan>patible - should be over the wire - should have hydrophilic coating - should an od of at least 14 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> - various lengths of the balloon should be available - should be <span class="text-red-selected">mspan>ounted on various shaft lengths , peripheral balloon catheter – - should be .014/.018” co<span class="text-red-selected">mspan>patible - should be over the wire - should have hydrophilic coating - should be available in various balloon dia<span class="text-red-selected">mspan>eters - should be available in various lengths of the balloon - should be available in various shaft lengths , group -f9 , peripheral co<span class="text-red-selected">mspan>pliant balloon with large dia<span class="text-red-selected">mspan>eter – - should be .035” co<span class="text-red-selected">mspan>patible - should have od ranging fro<span class="text-red-selected">mspan> 10-46 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> - should have shaft length >90 c<span class="text-red-selected">mspan> - should have shaft of not <span class="text-red-selected">mspan>ore than 8f size - should pass through a 12f sheath , peripheral stent balloon <span class="text-red-selected">mspan>ounted – - should be .014/.018” co<span class="text-red-selected">mspan>patible - should be over the wire - should be <span class="text-red-selected">mspan>ade of stainless steel alloy - should have balloon od in the range of 4-7 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> - should have balloon/stent lengths in the range of 12-25 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> - should have shaft lengths of 80-150 c<span class="text-red-selected">mspan> , peripheral stent balloon expandable – - should be .014/.018” co<span class="text-red-selected">mspan>patible - should be over the wire - should be <span class="text-red-selected">mspan>ade of stainless steel alloy - should have balloon od in the range of 4-7 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> - should have balloon/stent lengths in the range of 12-25 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> - should have shaft lengths of 80-150 c<span class="text-red-selected">mspan> , group -f10 , peripheral stent balloon expandable - - should be .014/.018” co<span class="text-red-selected">mspan>patible - should be for rapid exchange - should be <span class="text-red-selected">mspan>ade of stainless steel alloy - should have balloon od in the range of 4-7 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> - should have balloon/stent lengths in the range of 12-25 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> - should have shaft lengths of 80-150 c<span class="text-red-selected">mspan> , peripheral stent balloon expandable – - should be 035” co<span class="text-red-selected">mspan>patible - should be <span class="text-red-selected">mspan>ade of stainless steel or cobalt chro<span class="text-red-selected">mspan>iu<span class="text-red-selected">mspan> - should be quoted either in open cell or closed cell design - should be available in various balloon ods - should have various balloon/stent lengths available - should have a shaft length of 75-135 c<span class="text-red-selected">mspan> , peripheral stent balloon <span class="text-red-selected">mspan>ounted – - should be 035” co<span class="text-red-selected">mspan>patible - should be <span class="text-red-selected">mspan>ade of stainless steel or cobalt chro<span class="text-red-selected">mspan>iu<span class="text-red-selected">mspan> - should be quoted either in open cell or closed cell design - should be available in various balloon ods - should have various balloon/stent lengths available - should have a shaft length of 75-135 c<span class="text-red-selected">mspan> , peripheral stent balloon expandable – - should be .035” co<span class="text-red-selected">mspan>patible - should be <span class="text-red-selected">mspan>ade of stainless steel or cobalt chro<span class="text-red-selected">mspan>iu<span class="text-red-selected">mspan> - should be quoted either in open cell or closed cell design - should be available in various balloon ods - should have various balloon/stent lengths available - should have a shaft length of 75-135 c<span class="text-red-selected">mspan> , peripheral stent balloon expandable – - should be .035” co<span class="text-red-selected">mspan>patible - should be <span class="text-red-selected">mspan>ade of stainless steel - should have a tande<span class="text-red-selected">mspan> architecture design - should have all balloon ods fro<span class="text-red-selected">mspan> 5-10 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> in 1 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> incre<span class="text-red-selected">mspan>ents - should have available various balloon/stent lengths of 20 to 55<span class="text-red-selected">mspan><span class="text-red-selected">mspan> - should have a shaft length of 75 -135 c<span class="text-red-selected">mspan> , peripheral stent balloon expandable – - should be .035” co<span class="text-red-selected">mspan>patible - should be <span class="text-red-selected">mspan>ade of stainless steel - should have a tande<span class="text-red-selected">mspan> architecture design - should have all balloon ods fro<span class="text-red-selected">mspan> 5-10 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> in 1 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> incre<span class="text-red-selected">mspan>ents - should have available various balloon/stent lengths fro<span class="text-red-selected">mspan> 20 to 55 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> - should have a shaft length of 75 -135 c<span class="text-red-selected">mspan> , peripheral stent balloon expandable - should be .035” co<span class="text-red-selected">mspan>patible - should be <span class="text-red-selected">mspan>ade of stainless steel - should have a tande<span class="text-red-selected">mspan> architecture design - should have all balloon ods fro<span class="text-red-selected">mspan> 5-10 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> in 1 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> incre<span class="text-red-selected">mspan>ents - should have available various balloon/stent lengths fro<span class="text-red-selected">mspan> 20 to 55 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> - should have a shaft length of 75 -135 c<span class="text-red-selected">mspan> , peripheral stent balloon expandable – - should be .035” co<span class="text-red-selected">mspan>patible - should be <span class="text-red-selected">mspan>ade of stainless steel - should be laser cut slotted tube with closed cell design - should have balloon ods fro<span class="text-red-selected">mspan> 5-25 <span class="text-red-selected">mspan><span class="text-red-selected">mspan>, bare or balloon <span class="text-red-selected">mspan>ounted - should have available various balloon stent/lengths fro<span class="text-red-selected">mspan> 2-6 c<span class="text-red-selected">mspan> - should have a shaft length of up to 135 c<span class="text-red-selected">mspan> , peripheral stent balloon expandable – - should be .035” co<span class="text-red-selected">mspan>patible - should be <span class="text-red-selected">mspan>ade of stainless steel - should be laser cut slotted tube with closed cell design - should have balloon ods fro<span class="text-red-selected">mspan> 5-25 <span class="text-red-selected">mspan><span class="text-red-selected">mspan>, bare or balloon <span class="text-red-selected">mspan>ounted - should have available various balloon stent/lengths fro<span class="text-red-selected">mspan> 2-6 c<span class="text-red-selected">mspan> - should have a shaft length of up to 135 c<span class="text-red-selected">mspan> , peripheral stent balloon expandable – - should be .035” co<span class="text-red-selected">mspan>patible - should be <span class="text-red-selected">mspan>ade of stainless steel - should be laser cut slotted tube with closed cell design - should have balloon ods fro<span class="text-red-selected">mspan> 5-25 <span class="text-red-selected">mspan><span class="text-red-selected">mspan>, bare or balloon <span class="text-red-selected">mspan>ounted - should have available various balloon stent/lengths fro<span class="text-red-selected">mspan> 2-6 c<span class="text-red-selected">mspan> - should have a shaft length of up to 135 c<span class="text-red-selected">mspan> , group- f11 , self-expanding peripheral stent – - should be .014/018” co<span class="text-red-selected">mspan>patible - should be over the wire - should be <span class="text-red-selected">mspan>ade of nitinol - should have the least lesion crossing profile for all stent dia<span class="text-red-selected">mspan>eters - should be available in various stent dia<span class="text-red-selected">mspan>eters of 6-10 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> - should be available in various stent lengths fro<span class="text-red-selected">mspan> 20-40 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> - should have a shaft length of at least 110 c<span class="text-red-selected">mspan> , self-expanding peripheral stent – - should be .014/.018” co<span class="text-red-selected">mspan>patible - should be over the wire - should be <span class="text-red-selected">mspan>ade of nitinol - should have the least lesion crossing profile for all stent dia<span class="text-red-selected">mspan>eters - should be available in various stent dia<span class="text-red-selected">mspan>eters of 6-10 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> - should be available in various stent lengths fro<span class="text-red-selected">mspan> 20-40 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> - should have a shaft length of at least 110 c<span class="text-red-selected">mspan> , self-expanding peripheral stent – - should be .014/.018” co<span class="text-red-selected">mspan>patible - should be over the wire - should be <span class="text-red-selected">mspan>ade of nitinol - should have the least lesion crossing profile for all stent dia<span class="text-red-selected">mspan>eters - should be available in various stent dia<span class="text-red-selected">mspan>eters of 6-10 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> - should be available in various stent lengths fro<span class="text-red-selected">mspan> 20-40 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> - should have a shaft length of at least 110 c<span class="text-red-selected">mspan> , self-expanding peripheral stent – - should be .014/.018” co<span class="text-red-selected">mspan>patible - should be over the wire - should be laser cut open cell nitinol tube - should have a low lesion crossing profile - should be available in all stent dia<span class="text-red-selected">mspan>eters of 6-10 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> - should be available in stent lengths of 2-6 c<span class="text-red-selected">mspan> - should be on a shaft length of 110-140 c<span class="text-red-selected">mspan> , self-expanding peripheral stent – - should be .014/.018” co<span class="text-red-selected">mspan>patible - should be over the wire - should be laser cut open cell nitinol tube - should have a low lesion crossing profile - should be available in all stent dia<span class="text-red-selected">mspan>eters of 6-10 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> - should be available in stent lengths of 2-6 c<span class="text-red-selected">mspan> - should be on a shaft length of 110-140 c<span class="text-red-selected">mspan> , self-expanding peripheral stent – - should be .014/.018” co<span class="text-red-selected">mspan>patible - should be over the wire - should be laser cut open cell nitinol tube - should have a low lesion crossing profile - should be available in all stent dia<span class="text-red-selected">mspan>eters of 6-10 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> - should be available in stent lengths of 2-6 c<span class="text-red-selected">mspan> - should be on a shaft length of 110-140 c<span class="text-red-selected">mspan> , self expanding peripheral stent – - should be .014/.018” co<span class="text-red-selected">mspan>patible - should be of rapid exchange type - should be <span class="text-red-selected">mspan>ade of nitinol - should be available in stent lengths of 3-4 c<span class="text-red-selected">mspan> - should have a <span class="text-red-selected">mspan>ini<span class="text-red-selected">mspan>u<span class="text-red-selected">mspan> shaft length of 110 c<span class="text-red-selected">mspan> , self expanding peripheral stent – - should be .014/.018” co<span class="text-red-selected">mspan>patible - should be of rapid exchange type - should be <span class="text-red-selected">mspan>ade of nitinol - should be available in stent lengths of 3-4 c<span class="text-red-selected">mspan> - should have a <span class="text-red-selected">mspan>ini<span class="text-red-selected">mspan>u<span class="text-red-selected">mspan> shaft length of 110 c<span class="text-red-selected">mspan> , self expanding peripheral stent – - should be .014/.018” co<span class="text-red-selected">mspan>patible - should be of rapid exchange type - should be <span class="text-red-selected">mspan>ade of nitinol - should be available in stent lengths of 3-4 c<span class="text-red-selected">mspan> - should have a <span class="text-red-selected">mspan>ini<span class="text-red-selected">mspan>u<span class="text-red-selected">mspan> shaft length of 110 c<span class="text-red-selected">mspan> , self-expanding peripheral stent – - should be .035” co<span class="text-red-selected">mspan>patible - should be over the wire - should be <span class="text-red-selected">mspan>ade of nitinol - should be available in various outer dia<span class="text-red-selected">mspan>eters - should be of various stent lengths - should be on a shaft length of 80-140 c<span class="text-red-selected">mspan> , group -f12 , self-expanding peripheral stent – - should be .035” co<span class="text-red-selected">mspan>patible - should be over the wire - should be <span class="text-red-selected">mspan>ade of nitinol - should be available in various outer dia<span class="text-red-selected">mspan>eters - should be of various stent lengths - should be on a shaft length of 80-140 c<span class="text-red-selected">mspan> , self-expanding peripheral stent – - should be .035” co<span class="text-red-selected">mspan>patible - should be over the wire - should be <span class="text-red-selected">mspan>ade of nitinol - should be available in various outer dia<span class="text-red-selected">mspan>eters - should be of various stent lengths - should be on a shaft length of 80-140 c<span class="text-red-selected">mspan> , self-expanding peripheral stent – - should be .035” co<span class="text-red-selected">mspan>patible - should be over the wire - should be laser cut fro<span class="text-red-selected">mspan> single nitinol tube with no welds - should be available in outer dia<span class="text-red-selected">mspan>eters of 5-14 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> - should be available in stent lengths of 2-15 c<span class="text-red-selected">mspan> - should be on a shaft length of 80-140 c<span class="text-red-selected">mspan> - should be available in various lengths of 20-100 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> , peripheral bio-degradable or absorbable <span class="text-red-selected">mspan>etal stent - should be balloon <span class="text-red-selected">mspan>ounted or self-expanding type - should be available in outer dia<span class="text-red-selected">mspan>eters of 4-8 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> - should be available in various lengths of 20-100 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> , group -f13 , dedicated peripheral vascular bifurcation stent - should be balloon <span class="text-red-selected">mspan>ounted - should be available in different dia<span class="text-red-selected">mspan>eters and lengths of the stent , self expanding peripheral covered stents – - should be .035” co<span class="text-red-selected">mspan>patible - should be over the wire - should be <span class="text-red-selected">mspan>ade of nitinol with fabric coating - should be available in various outer dia<span class="text-red-selected">mspan>eters - should be available in various stent lengths - should be on a shaft length of 80-140 c<span class="text-red-selected">mspan>. , self expanding peripheral covered stents – - should be .035” co<span class="text-red-selected">mspan>patible - should be over the wire - should be <span class="text-red-selected">mspan>ade of nitinol with fabric coating - should be available in various outer dia<span class="text-red-selected">mspan>eters - should be available in various stent lengths - should be on a shaft length of 80-140 c<span class="text-red-selected">mspan> , self expanding peripheral covered stents – - should be .035” co<span class="text-red-selected">mspan>patible - should be over the wire - should be <span class="text-red-selected">mspan>ade of nitinol with fabric coating - should be available in various outer dia<span class="text-red-selected">mspan>eters - should be available in various stent lengths - should be on a shaft length of 80-140 c<span class="text-red-selected">mspan>. , self expanding peripheral covered stents – - should be .035” co<span class="text-red-selected">mspan>patible - should be over the wire - should be <span class="text-red-selected">mspan>ade of nitinol with ptfe coating on the inner lu<span class="text-red-selected">mspan>en - should be available in outer dia<span class="text-red-selected">mspan>eters of 5-13 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> - should be avaiable in stent lengths of 2-15 c<span class="text-red-selected">mspan> - should be on a shaft length of 75-140 c<span class="text-red-selected">mspan>. , self expanding peripheral covered stents – - should be .035” co<span class="text-red-selected">mspan>patible - should be over the wire - should be <span class="text-red-selected">mspan>ade of nitinol with ptfe coating on the inner lu<span class="text-red-selected">mspan>en - should be available in outer dia<span class="text-red-selected">mspan>eters of 5-13 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> - should be avaiable in stent lengths of 2-15 c<span class="text-red-selected">mspan> - should be on a shaft length of 75-140 c<span class="text-red-selected">mspan>. , self expanding peripheral covered stents - should be .035” co<span class="text-red-selected">mspan>patible - should be over the wire - should be <span class="text-red-selected">mspan>ade of nitinol with ptfe coating on the inner lu<span class="text-red-selected">mspan>en - should be available in outer dia<span class="text-red-selected">mspan>eters of 5-13 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> - should be avaiable in stent lengths of 2-15 c<span class="text-red-selected">mspan> - should be on a shaft length of 75-140 c<span class="text-red-selected">mspan>. , covered stent for transjugular intrahepatic porto-syste<span class="text-red-selected">mspan>ic shunt - should be .035/038” co<span class="text-red-selected">mspan>patible - should be <span class="text-red-selected">mspan>ade of nitinol with fabric coating - should be with or without a distal uncovered portion - should be available in various outer dia<span class="text-red-selected">mspan>eters and stent lengths - should be co<span class="text-red-selected">mspan>patible with the quoted tips set , covered stent for transjugular intrahepatic porto-syste<span class="text-red-selected">mspan>ic shunt - should be .035/038” co<span class="text-red-selected">mspan>patible - should be <span class="text-red-selected">mspan>ade of nitinol with ptfe coating on inner lu<span class="text-red-selected">mspan>en - should be with a distal at least 2 c<span class="text-red-selected">mspan> uncovered portion - should be available in all outer dia<span class="text-red-selected">mspan>eters of 8,10,12 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> - should be available in all stent lengths of 4,5,6,7,8 c<span class="text-red-selected">mspan> - the delivery syste<span class="text-red-selected">mspan> should be at least 75 c<span class="text-red-selected">mspan> long - should be co<span class="text-red-selected">mspan>patible with the quoted tips set , e<span class="text-red-selected">mspan>bolisation coils - should be .014/018” co<span class="text-red-selected">mspan>patible - should be <span class="text-red-selected">mspan>ade of platinu<span class="text-red-selected">mspan> with synthetic fibres - should be non tapering/straight - should be <span class="text-red-selected">mspan>r co<span class="text-red-selected">mspan>patible - should be available in any or <span class="text-red-selected">mspan>ore of the following dia<span class="text-red-selected">mspan>eters: 2-10 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> - should be of various lengths; the length of the coil at each dia<span class="text-red-selected">mspan>eter should be stated , group- f14 , e<span class="text-red-selected">mspan>bolisation coils -should be .014/018” co<span class="text-red-selected">mspan>patible - should be <span class="text-red-selected">mspan>ade of platinu<span class="text-red-selected">mspan> with synthetic fibres - should be <span class="text-red-selected">mspan>r co<span class="text-red-selected">mspan>patible - should taper fro<span class="text-red-selected">mspan> a larger to a s<span class="text-red-selected">mspan>aller end - should be available in any or <span class="text-red-selected">mspan>ore of the following dia<span class="text-red-selected">mspan>eters: 3-10 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> - the dia<span class="text-red-selected">mspan>eter to tapered end for tapering type coils should be stated - should be of various lengths; the length of the coil at each dia<span class="text-red-selected">mspan>eter should be stated , e<span class="text-red-selected">mspan>bolisation coils - should be .035/038” co<span class="text-red-selected">mspan>patible - should be non tapering/straight - should be <span class="text-red-selected">mspan>ade of platinu<span class="text-red-selected">mspan> with synthetic fibres - should be <span class="text-red-selected">mspan>r co<span class="text-red-selected">mspan>patible - should be available in the following sizes: dia<span class="text-red-selected">mspan>eter 3-15 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> and length 2-15 c<span class="text-red-selected">mspan> , e<span class="text-red-selected">mspan>bolisation coils - should be .035/038” co<span class="text-red-selected">mspan>patible - should be <span class="text-red-selected">mspan>ade of platinu<span class="text-red-selected">mspan> with synthetic fibres - should be <span class="text-red-selected">mspan>r co<span class="text-red-selected">mspan>patible - should be tapering fro<span class="text-red-selected">mspan> a larger to a s<span class="text-red-selected">mspan>aller end - should be available in following sizes: dia<span class="text-red-selected">mspan>eter 5-10 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> and length 2-15 c<span class="text-red-selected">mspan> - the dia<span class="text-red-selected">mspan>eter to tapered end for tapering type coils should be <span class="text-red-selected">mspan>entioned , e<span class="text-red-selected">mspan>bolisation coils - should be .035/038/052” co<span class="text-red-selected">mspan>patible - should be non tapering/straight - should be <span class="text-red-selected">mspan>ade of stainless steel with synthetic fibres - should be available in the following sizes: dia<span class="text-red-selected">mspan>eter 3-15 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> and length 2-15 c<span class="text-red-selected">mspan> , coil pusher wire for 0.014/0.018” coils, co<span class="text-red-selected">mspan>patible with the quoted <span class="text-red-selected">mspan>icrocatheters , polyvinyl alcohol particles for peripheral vascular e<span class="text-red-selected">mspan>bolization - should be of non-unifor<span class="text-red-selected">mspan> size - should undergo rapid clu<span class="text-red-selected">mspan>ping in the vessels - should cause non-unifor<span class="text-red-selected">mspan> vessel occlusion - should be available in a broad range of sizes (90 <span class="text-red-selected">mspan>icrons- 1400 <span class="text-red-selected">mspan>icrons) , <span class="text-red-selected">mspan>icrospheres for peripheral vascular e<span class="text-red-selected">mspan>bolization - should be hydrophilic - should be <span class="text-red-selected">mspan>icro-porous and unifor<span class="text-red-selected">mspan> sized spheres - should be non-aggregating - should be defor<span class="text-red-selected">mspan>able for ease of passage through s<span class="text-red-selected">mspan>aller vessels - the size of spheres should range fro<span class="text-red-selected">mspan>40-1200 <span class="text-red-selected">mspan>icro<span class="text-red-selected">mspan>eters , gelfoa<span class="text-red-selected">mspan> sheet for vascular e<span class="text-red-selected">mspan>bolization , non-adhesive liquid poly<span class="text-red-selected">mspan>er for controlled e<span class="text-red-selected">mspan>bolization - should be ethylene vinyl copoly<span class="text-red-selected">mspan>er in di<span class="text-red-selected">mspan>ethylsulfoxide solution - should be supplied in various concentrations for use depending on lesion <span class="text-red-selected">mspan>orphology , adhesive liquid poly<span class="text-red-selected">mspan>er for vascular e<span class="text-red-selected">mspan>bolization - should be n-butyl cyanoacrylate , group -f15 , tantalu<span class="text-red-selected">mspan> powder -should be useful for i<span class="text-red-selected">mspan>proved visualization during n-butyl cyanoacrylate e<span class="text-red-selected">mspan>bolization - should be supplied as finely ground powder , lipiodol - the <span class="text-red-selected">mspan>aterial should be iodised oil, containing ethyl esters of iodized fatty acids of poppy seed oil - the iodine content should be a <span class="text-red-selected">mspan>ini<span class="text-red-selected">mspan>u<span class="text-red-selected">mspan> of 480 <span class="text-red-selected">mspan>g/<span class="text-red-selected">mspan>l - should useful as opacifying agent for n-butyl cyanoacrylate on fluoroscopy and an organic diluent for thisagent - should be supplied in 10 <span class="text-red-selected">mspan>l a<span class="text-red-selected">mspan>poules , sclerosant for intravenous e<span class="text-red-selected">mspan>bolization - the co<span class="text-red-selected">mspan>pound should be sodiu<span class="text-red-selected">mspan> tetradecyl sulfate - should be available in various concentrations for use depending on lesion type , sclerosant for intravenous e<span class="text-red-selected">mspan>bolization - the co<span class="text-red-selected">mspan>pound should be aetoxisclerol - should be available in various concentrations for use depending on lesion type , <span class="text-red-selected">mspan>edical grade ethanola<span class="text-red-selected">mspan>ine oleate for vascular e<span class="text-red-selected">mspan>bolization , detachable balloon for e<span class="text-red-selected">mspan>bolization - detachable balloons with radioopaque <span class="text-red-selected">mspan>arker with and without self-sealing valve - 0.1 cc – 3 cc or <span class="text-red-selected">mspan>ore in capacity - please specify the <span class="text-red-selected">mspan>ake and capacity of the balloons (latex/silicon). - the catheter shaft should be of at least 120 c<span class="text-red-selected">mspan> in length , transjugular liver biopsy set - should include angled tip needle advanced through percutaneously introduced liver access set - should have a firing spring <span class="text-red-selected">mspan>echanis<span class="text-red-selected">mspan> - needle gauge should be available in 18 and 19g and needle length should be 45-60 c<span class="text-red-selected">mspan> - the needle throw distance should be not <span class="text-red-selected">mspan>ore than 2 c<span class="text-red-selected">mspan> - should include the check-flo valve adapter, stiffening cannula curved and straight catheter and introducer sheath (upto 7f size) , transjugular intrahepatic porto-syste<span class="text-red-selected">mspan>ic shunt access set - should include a <span class="text-red-selected">mspan>icropuncture introducer set -should include an introducer sheath that should be no <span class="text-red-selected">mspan>ore than 10f size, at least 38 c<span class="text-red-selected">mspan> long and 035/038”co<span class="text-red-selected">mspan>patible - the sheath should provide <span class="text-red-selected">mspan>axi<span class="text-red-selected">mspan>u<span class="text-red-selected">mspan> flexibility without getting kinked - the sheath should have proxi<span class="text-red-selected">mspan>al check flo <span class="text-red-selected">mspan>echanis<span class="text-red-selected">mspan> - the sheath should have distal radiopaque tip to indicate sheath tip on fluoroscopy - the set should also include a needle of 16g and at least 50 c<span class="text-red-selected">mspan> long with angled tip to facilitate directiontowards portal vein - there should be a curved/angled catheter, a straight catheter and a centi<span class="text-red-selected">mspan>eter sizing catheter incorporated in the set for the various steps of the procedure , transjugular liver access set (10f) for various diagnostic and interventional liver procedures - should include a 10f and at least 38 c<span class="text-red-selected">mspan> long introducer sheath - should include a stiffening cannula of at least 14 gauge and length of at least 51 c<span class="text-red-selected">mspan> - should include a trochar with stylet that is 035/038” co<span class="text-red-selected">mspan>patible and at least 60 c<span class="text-red-selected">mspan> long , transjugular liver access set (7-9f) for various diagnostic and interventional liver procedures - should include a 7f or 9f introducer sheath that is at least 38 c<span class="text-red-selected">mspan> long - should include needle with angled tip that is 16f (for 9f) and 18g (for 7f) sheath - should be 035/038” co<span class="text-red-selected">mspan>patible - the needle shoud be at least 50 c<span class="text-red-selected">mspan> long , group -f16 , ivc filter - for opti<span class="text-red-selected">mspan>al filtration of ivc dia<span class="text-red-selected">mspan>eter of upto 40 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> - <span class="text-red-selected">mspan>ade of either nitinol or stainless steel - catheter carrier syste<span class="text-red-selected">mspan> inner dia<span class="text-red-selected">mspan>eter should be of <span class="text-red-selected">mspan>axi<span class="text-red-selected">mspan>u<span class="text-red-selected">mspan> 12f - it should be possible to insert fro<span class="text-red-selected">mspan> either jugular or fe<span class="text-red-selected">mspan>oral access - should be for per<span class="text-red-selected">mspan>anent use , ivc filter - for opti<span class="text-red-selected">mspan>al filtration of ivc dia<span class="text-red-selected">mspan>eter of upto 28 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> - <span class="text-red-selected">mspan>ade of nitinol and filter length to be upto 38 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> - catheter carrier syste<span class="text-red-selected">mspan> inner dia<span class="text-red-selected">mspan>eter should be of <span class="text-red-selected">mspan>axi<span class="text-red-selected">mspan>u<span class="text-red-selected">mspan> 7f size - it should be for per<span class="text-red-selected">mspan>anent use - it should be possible to place the filter fro<span class="text-red-selected">mspan> fe<span class="text-red-selected">mspan>oral/jugular/antecubital access , ivc filter - for opti<span class="text-red-selected">mspan>al filtration of ivc dia<span class="text-red-selected">mspan>eter of upto 28 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> - <span class="text-red-selected">mspan>ade of nitinol and filter length to be upto 55 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> - catheter carrier syste<span class="text-red-selected">mspan> inner dia<span class="text-red-selected">mspan>eter should be of <span class="text-red-selected">mspan>axi<span class="text-red-selected">mspan>u<span class="text-red-selected">mspan> 10 f size - it should be for optional (per<span class="text-red-selected">mspan>anent or retrievable) use - it should be possible to place the filter fro<span class="text-red-selected">mspan> fe<span class="text-red-selected">mspan>oral/jugular/antecubital access , ivc filter - for opti<span class="text-red-selected">mspan>al filtration of ivc dia<span class="text-red-selected">mspan>eter of upto 30 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> - <span class="text-red-selected">mspan>ade of conichro<span class="text-red-selected">mspan>e <span class="text-red-selected">mspan>aterial and filter length not <span class="text-red-selected">mspan>ore than 50 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> - should be able to be placed either through jugular or fe<span class="text-red-selected">mspan>oral approach - should be for optional (per<span class="text-red-selected">mspan>anent or te<span class="text-red-selected">mspan>porary) use , percutaneous <span class="text-red-selected">mspan>echanical thro<span class="text-red-selected">mspan>becto<span class="text-red-selected">mspan>y catheter - should allow treat<span class="text-red-selected">mspan>ent of fresh and older thro<span class="text-red-selected">mspan>botic occlusions of peripheral arteries - should co<span class="text-red-selected">mspan>bines <span class="text-red-selected">mspan>echanical frag<span class="text-red-selected">mspan>entation and aspiration alongwith transport of debris outside thevascular syste<span class="text-red-selected">mspan> - should be available in both antegrade or cross-over configurations - for antegrade access – <span class="text-red-selected">mspan>axi<span class="text-red-selected">mspan>u<span class="text-red-selected">mspan> shaft size should be 6f - for cross-over access – <span class="text-red-selected">mspan>axi<span class="text-red-selected">mspan>u<span class="text-red-selected">mspan> shaft size should be 8f , urokinase for intra-arterial thro<span class="text-red-selected">mspan>bolysis , tissue plas<span class="text-red-selected">mspan>inogen activator for intra-arterial thro<span class="text-red-selected">mspan>bolysis , infusion catheter - should have <span class="text-red-selected">mspan>ultiple side ports - should provide an infusion length of 5-15 c<span class="text-red-selected">mspan> - should have a catheter tip occluder - should have attach<span class="text-red-selected">mspan>ent for tuohy-borst side ar<span class="text-red-selected">mspan> adapter - should have a <span class="text-red-selected">mspan>axi<span class="text-red-selected">mspan>u<span class="text-red-selected">mspan> od of 5f - should be co<span class="text-red-selected">mspan>patible with 035/038” wire - should have a shaft length of 60-100 c<span class="text-red-selected">mspan> , distal e<span class="text-red-selected">mspan>bolic protection device - should be on a .014” wire - should be <span class="text-red-selected">mspan>ade of nitinol <span class="text-red-selected">mspan>aterial - should not occlude flow while in place<span class="text-red-selected">mspan>ent - should co<span class="text-red-selected">mspan>pletely cover the vessel circu<span class="text-red-selected">mspan>ference at the desired place<span class="text-red-selected">mspan>ent site to afford co<span class="text-red-selected">mspan>plete protection - should have the least lesion crossing profile - should be available in various sizes for adapting to the vessel size , distal e<span class="text-red-selected">mspan>bolic protection device - should be on a .014” wire - should be <span class="text-red-selected">mspan>ade of nitinol <span class="text-red-selected">mspan>aterial - should not occlude flow while in place<span class="text-red-selected">mspan>ent - should be rapid exchange type - should allow use of a separate .014/018” wire for initial crossing of the lesion - should be co<span class="text-red-selected">mspan>patible with a 6f guiding catheter (0.066” id) - should allow longitudinal wire <span class="text-red-selected">mspan>ove<span class="text-red-selected">mspan>ent with filter re<span class="text-red-selected">mspan>aining in place - should be available in 3-7 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> sizes , group -f17 , endovascular stent graft device for treat<span class="text-red-selected">mspan>ent of thoracic aortic aneurys<span class="text-red-selected">mspan>s and dissections - device should be with proxi<span class="text-red-selected">mspan>al barbs, with or without distal bare spring configuration, and should beeither tapered or non-tapered. - the aortic device should be available in any one or <span class="text-red-selected">mspan>ore of the following sizes: od 26-44 <span class="text-red-selected">mspan><span class="text-red-selected">mspan>; length 4-24 c<span class="text-red-selected">mspan>. the device should be able to be advanced on upto 24f shaft size. - the <span class="text-red-selected">mspan>anufacturer should agree to supply the size custo<span class="text-red-selected">mspan>ized to the patient’s anato<span class="text-red-selected">mspan>y based on ctangiography , endovascular stent graft device for treat<span class="text-red-selected">mspan>ent of thoracic aortic aneurys<span class="text-red-selected">mspan>s and dissections - device should be without proxi<span class="text-red-selected">mspan>al barbs, without distal bare spring configuration, and should be eithertapered or non-tapered. - the aortic device should be available in any one or <span class="text-red-selected">mspan>ore of the following sizes: od 26-44 <span class="text-red-selected">mspan><span class="text-red-selected">mspan>; length 4-24 c<span class="text-red-selected">mspan>. the device should be able to be advanced on upto 24f shaft size. - the <span class="text-red-selected">mspan>anufacturer should agree to supply the size custo<span class="text-red-selected">mspan>ized to the patient’s anato<span class="text-red-selected">mspan>y based on ct angiography , endovascular stent graft device for treat<span class="text-red-selected">mspan>ent of thoracic aortic aneurys<span class="text-red-selected">mspan>s and dissection - device should be without proxi<span class="text-red-selected">mspan>al barbs, with distal and/or proxi<span class="text-red-selected">mspan>al bare spring configurations, andshould be non-tapered. - the aortic device should be available in any one or <span class="text-red-selected">mspan>ore of the following sizes: od 26-44 <span class="text-red-selected">mspan><span class="text-red-selected">mspan>; length 4-24 c<span class="text-red-selected">mspan>. the device should be able to be advanced on up to 24f shaft size. - the <span class="text-red-selected">mspan>anufacturer should agree to supply the size custo<span class="text-red-selected">mspan>ized to the patient’s anato<span class="text-red-selected">mspan>y based on ct angiography , endovascular stent graft device for treat<span class="text-red-selected">mspan>ent of thoracic aortic aneurys<span class="text-red-selected">mspan>s and dissection - device should be without proxi<span class="text-red-selected">mspan>al barbs, with distal and/or proxi<span class="text-red-selected">mspan>al bare spring configurations, andshould be tapered. - the aortic device should be available in any one or <span class="text-red-selected">mspan>ore of the following sizes: od 12-44 <span class="text-red-selected">mspan><span class="text-red-selected">mspan>; length 4-24 c<span class="text-red-selected">mspan>. the device should be able to be advanced on upto 24f shaft size. - the <span class="text-red-selected">mspan>anufacturer should agree to supply the size custo<span class="text-red-selected">mspan>ized to the patient’s anato<span class="text-red-selected">mspan>y based on ct angiography , endovascular stent graft device for treat<span class="text-red-selected">mspan>ent of abdo<span class="text-red-selected">mspan>inal aortic aneurys<span class="text-red-selected">mspan>s - device should be with or without proxi<span class="text-red-selected">mspan>al barbs, with or without distal bare spring configuration, andshould be either tapered or non-tapered. - devices with or without transrenal or suprarenal fixation should be quoted. - the aortic device should be available in any one or <span class="text-red-selected">mspan>ore of the following sizes: od 12-44 <span class="text-red-selected">mspan><span class="text-red-selected">mspan>; length 4-24 c<span class="text-red-selected">mspan>. the device should be able to be advanced on aupto 24f shaft size. - the li<span class="text-red-selected">mspan>b extensions of the <span class="text-red-selected">mspan>ain device for abdo<span class="text-red-selected">mspan>inal aortic applications should be available in 12-22 <span class="text-red-selected">mspan><span class="text-red-selected">mspan>dia<span class="text-red-selected">mspan>eter, with or without flared ends and upto 12 c<span class="text-red-selected">mspan> in length - the <span class="text-red-selected">mspan>anufacturer should agree to supply the size custo<span class="text-red-selected">mspan>ized to the patient’s anato<span class="text-red-selected">mspan>y based on ctangiography , endovascular stent graft device for treat<span class="text-red-selected">mspan>ent of abdo<span class="text-red-selected">mspan>inal aortic aneurys<span class="text-red-selected">mspan>s - device should be with proxi<span class="text-red-selected">mspan>al barbs, with or without distal bare spring configuration, and should beeither tapered or non-tapered. - devices with transrenal or suprarenal fixation should be quoted. - the aortic device should be available in any one or <span class="text-red-selected">mspan>ore of the following sizes: od 12-44 <span class="text-red-selected">mspan><span class="text-red-selected">mspan>; length 4-24 c<span class="text-red-selected">mspan>. the device should be able to be advanced on aupto 24f shaft size. - the li<span class="text-red-selected">mspan>b extensions of the <span class="text-red-selected">mspan>ain device for abdo<span class="text-red-selected">mspan>inal aortic applications should be available in 12-22 <span class="text-red-selected">mspan><span class="text-red-selected">mspan>dia<span class="text-red-selected">mspan>eter, with or without flared ends and upto 12 c<span class="text-red-selected">mspan> in length - the <span class="text-red-selected">mspan>anufacturer should agree to supply the size custo<span class="text-red-selected">mspan>ized to the patient’s anato<span class="text-red-selected">mspan>y based on ctangiography , endovascular stent graft device for treat<span class="text-red-selected">mspan>ent of abdo<span class="text-red-selected">mspan>inal aortic aneurys<span class="text-red-selected">mspan>s - device should be without proxi<span class="text-red-selected">mspan>al barbs, with or without distal bare spring configuration, and should beeither tapered or non-tapered. - devices with transrenal or suprarenal fixation should be quoted. - the aortic device should be available in any one or <span class="text-red-selected">mspan>ore of the following sizes: od 12-44 <span class="text-red-selected">mspan><span class="text-red-selected">mspan>; length 4-24 c<span class="text-red-selected">mspan>. the device should be able to be advanced on aupto 24f shaft size. - the li<span class="text-red-selected">mspan>b extensions of the <span class="text-red-selected">mspan>ain device for abdo<span class="text-red-selected">mspan>inal aortic applications should be available in 12-22 <span class="text-red-selected">mspan><span class="text-red-selected">mspan>dia<span class="text-red-selected">mspan>eter, with or without flared ends and upto 12 c<span class="text-red-selected">mspan> in length -the <span class="text-red-selected">mspan>anufacturer should agree to supply the size custo<span class="text-red-selected">mspan>ized to the patient’s anato<span class="text-red-selected">mspan>y based on ct angiography , endovascular stent graft device for treat<span class="text-red-selected">mspan>ent of abdo<span class="text-red-selected">mspan>inal aortic aneurys<span class="text-red-selected">mspan>s - device should be without proxi<span class="text-red-selected">mspan>al barbs, with or without distal bare spring configuration, and should beeither tapered or non-tapered. - devices without transrenal fixation should be quoted. - the aortic device should be available in any one or <span class="text-red-selected">mspan>ore of the following sizes: od 12-44 <span class="text-red-selected">mspan><span class="text-red-selected">mspan>; length 4-24 c<span class="text-red-selected">mspan>. the device should be able to be advanced on aupto 24f shaft size. - the li<span class="text-red-selected">mspan>b extensions of the <span class="text-red-selected">mspan>ain device for abdo<span class="text-red-selected">mspan>inal aortic applications should be available in 12-22 <span class="text-red-selected">mspan><span class="text-red-selected">mspan>dia<span class="text-red-selected">mspan>eter, with or without flared ends and upto 12 c<span class="text-red-selected">mspan> in length - the <span class="text-red-selected">mspan>anufacturer should agree to supply the size custo<span class="text-red-selected">mspan>ized to the patient’s anato<span class="text-red-selected">mspan>y based on ctangiography covered stent-graft (extender or iliac or contralateral li<span class="text-red-selected">mspan>b) in dia<span class="text-red-selected">mspan>eters ranging fro<span class="text-red-selected">mspan> 12-22 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> and lengths ranging fro<span class="text-red-selected">mspan> 30-110 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> for over-the-wire delivery , peripheral vascular catheter for excision of arthero<span class="text-red-selected">mspan>a- should have high rotation speed of the cutting <span class="text-red-selected">mspan>echanis<span class="text-red-selected">mspan> without causing any trau<span class="text-red-selected">mspan>a to the vessel – , group -g1 , per<span class="text-red-selected">mspan>anent pace<span class="text-red-selected">mspan>akers with all leads and accessories • ssir, • all single cha<span class="text-red-selected">mspan>ber <span class="text-red-selected">mspan>odes and basic pacing progra<span class="text-red-selected">mspan><span class="text-red-selected">mspan>able para<span class="text-red-selected">mspan>eters. • <span class="text-red-selected">mspan>ust have ventricular capture <span class="text-red-selected">mspan>anage<span class="text-red-selected">mspan>ent • the size of lead <span class="text-red-selected">mspan>ust be 7 f or less. • the lead <span class="text-red-selected">mspan>ust be steroid eluting and should be both bipolar and unipolar configuration. • <span class="text-red-selected">mspan>ust have both active and passive fixation endocardial leads available. • life ter<span class="text-red-selected">mspan> replace<span class="text-red-selected">mspan>ent warranty • direct presence of parent co<span class="text-red-selected">mspan>pany in india (not only through the distributors) and co<span class="text-red-selected">mspan>pany <span class="text-red-selected">mspan>ustprovide its trained technical person for each i<span class="text-red-selected">mspan>plantation when ever required and for follow upprogra<span class="text-red-selected">mspan><span class="text-red-selected">mspan>ing when it is required. • co<span class="text-red-selected">mspan>pany <span class="text-red-selected">mspan>ust provide at least one progra<span class="text-red-selected">mspan><span class="text-red-selected">mspan>er exclusively to the cardiology depart<span class="text-red-selected">mspan>ent. • co<span class="text-red-selected">mspan>pany <span class="text-red-selected">mspan>ust quote only the latest <span class="text-red-selected">mspan>odel of devices co<span class="text-red-selected">mspan><span class="text-red-selected">mspan>ercially available depart<span class="text-red-selected">mspan>ent. , group -h1 -te<span class="text-red-selected">mspan>porary pacing leads , te<span class="text-red-selected">mspan>porary pacing leads (fda approved) , te<span class="text-red-selected">mspan>porary pacing leads (ce approved) , te<span class="text-red-selected">mspan>porary pacing leads (dcgi approved) , te<span class="text-red-selected">mspan>porary pacing lead: woven interweaved, braided , te<span class="text-red-selected">mspan>porary pacing leads: balloon floatable , bipolar catheter with central lu<span class="text-red-selected">mspan>en038 wire co<span class="text-red-selected">mspan>patible, variable length. , screw - in bipolar te<span class="text-red-selected">mspan>porary pacing lead = 65 c<span class="text-red-selected">mspan> , te<span class="text-red-selected">mspan>porary lead for internal cardio version , group -h1 -a long sheaths /introducers , long sheaths /introducers-prefaced valved long sheaths for rfa with <span class="text-red-selected">mspan>ullins curve, <span class="text-red-selected">mspan>ultipurpose curve, other curves, 7f to 9f, at least 80- c<span class="text-red-selected">mspan> long, 0.038 wire co<span class="text-red-selected">mspan>patible , long sheaths /introducers-bidirectonal, steerable long sheaths with variablereach, autolock , long sheaths /introducers-brite tip intervention sheath with tip visualization, kink resistant, cold shape able with silicon coating , long sheaths /introducers-introducer sheaths for electrophysiology, with various swartz curves sl 0-4, sr 0-4, 8f, 8.5f,9f , long sheaths /introducers-long sheaths (peel away, slit table, with breakable valve) for special applications like coronary sinus intubation, lateral vein. special curves like renal, hook shape etc , long sheaths /introducers-peel away introducer sheaths with break away he<span class="text-red-selected">mspan>ostatic valves for pacing leads, 5f-12f, 10 c<span class="text-red-selected">mspan> – 30 c<span class="text-red-selected">mspan>, optional infusion side port, radio opaque edistal tip and <span class="text-red-selected">mspan>ultiple curves , long sheaths /introducers-<span class="text-red-selected">mspan>ultiport catheter introducer sheaths , long sheaths /introducers-pacing lead stabilizers , long sheaths /introducers-3-d braided steerable guiding introducer sheath, supporting transseptal crossing, atrial ablation procedures, with one device delivery syste<span class="text-red-selected">mspan> having all 8 steering curves (sl and sr), can acco<span class="text-red-selected">mspan><span class="text-red-selected">mspan>odate <span class="text-red-selected">mspan>ultiple sheath sizes , group -h2 (diagnostic ep catheters) the vendor should quote for each catheter separately if prices differ based upon french size, curve,electrode catheter design (electrode size, electrode distance, electrode <span class="text-red-selected">mspan>aterial) etc. it will be easier if the co<span class="text-red-selected">mspan><span class="text-red-selected">mspan>on catheters used like 6f, josephson curve, electrode configuration 2-5-2-5, stainless steelelectrodes/platinu<span class="text-red-selected">mspan> electrodes are specified first. all cables should be quoted separately. cost <span class="text-red-selected">mspan>entioned for each ite<span class="text-red-selected">mspan> will be co<span class="text-red-selected">mspan>pared based on the catheter and cable. <span class="text-red-selected">mspan>ust be co<span class="text-red-selected">mspan>patible to st jude ensite precision , quadripolar 6, any , quadripolar 5-7, <span class="text-red-selected">mspan>ullins , quadripolar 5-7, josephson , quadripolar 5-7, his bundle , quadripolar 5-7 4-2, <span class="text-red-selected">mspan>ullins , quadripolar 6, <span class="text-red-selected">mspan>ullins , tripolar 5-7, any , tripolar 6, josephson , hexapolar 6, any , decapolar 5-7, any , decapolar 6, any , decapolar 5-7, any, 2-5-2 , decapolar 5-7, any, 2-2-2 , decapolar 5-7, any, 2-2-2-10-2-2-2-10-2 , ep cathters for pediatric ep work -quadripolar 4 2-5-2- , ep cathters for pediatric ep work -quadripolar 4 , ep cathters for pediatric ep work -decapolar 4 , woven ep diagnostic catheters (woven <span class="text-red-selected">mspan>aterial with braided conducting wire, ensuring prolonged stability) - , woven ep diagnostic catheters (woven <span class="text-red-selected">mspan>aterial with braided conducting wire, ensuring prolonged stability) -quadripolar 6 , woven ep diagnostic catheters (woven <span class="text-red-selected">mspan>aterial with braided conducting wire, ensuring prolonged stability) -quadripolar 5-7 2-5 , woven ep diagnostic catheters (woven <span class="text-red-selected">mspan>aterial with braided conducting wire, ensuring prolonged stability) -quadripolar 5 -7 , woven ep diagnostic catheters (woven <span class="text-red-selected">mspan>aterial with braided conducting wire, ensuring prolonged stability) -quadripolar5 -7 , woven ep diagnostic catheters (woven <span class="text-red-selected">mspan>aterial with braided conducting wire, ensuring prolonged stability) -hexapolar 6 , woven ep diagnostic catheters (woven <span class="text-red-selected">mspan>aterial with braided conducting wire, ensuring prolonged stability) -decapolar 6 , woven ep diagnostic catheters (woven <span class="text-red-selected">mspan>aterial with braided conducting wire, ensuring prolonged stability) -decapolar 5 -7 , woven ep diagnostic catheters (woven <span class="text-red-selected">mspan>aterial with braided conducting wire, ensuring prolonged stability) -decapolar 5 -7 , woven ep diagnostic catheters (woven <span class="text-red-selected">mspan>aterial with braided conducting wire, ensuring prolonged stability) -decapolar 5 -7 , woven pediatric ep catheters (woven <span class="text-red-selected">mspan>aterial with braided conducting wire, ensuring prolonged stability) - , woven pediatric ep catheters (woven <span class="text-red-selected">mspan>aterial with braided conducting wire, ensuring prolonged stability) -quadripolar 4 , woven pediatric ep catheters (woven <span class="text-red-selected">mspan>aterial with braided conducting wire, ensuring prolonged stability) -quadripolar 4 , woven pediatric ep catheters (woven <span class="text-red-selected">mspan>aterial with braided conducting wire, ensuring prolonged stability) -decapolar 4 , group –h3 [special catheters for af, flutter, etc(quote all dia<span class="text-red-selected">mspan>eters, french size, different electrodes like platinu<span class="text-red-selected">mspan> or stainless steel)] , deflect decaduapolar (20 poles) for a flutter----all dia<span class="text-red-selected">mspan>eters , deflectable decapolar (10)(pul<span class="text-red-selected">mspan>. vein)---all dia<span class="text-red-selected">mspan>eters , deflectable decaduapolar (20) (pul<span class="text-red-selected">mspan>. vein)—all dia<span class="text-red-selected">mspan>eters , 2f <span class="text-red-selected">mspan>ultipolar (> ten electrodes) for <span class="text-red-selected">mspan>apping through coronary vasculature , basket catheter with accessory , crista catheter with accessories , other special ep catheters , pacing catheter with angiographic capability • variable sizes • bipolar or quadripolar with appropriate cable • cvp <span class="text-red-selected">mspan>onitoring & angiographic facility , paediatric use: all the above catheters, sheaths, etc, for paediatric use - i<span class="text-red-selected">mspan>plying s<span class="text-red-selected">mspan>aller french size like 4f,5f, with certification for use in children , group -h4 (ablation catheters) - (all sizes 4f to 8.5f, all curves a-k, 270, all electrode sizes and spacing, eg.) (all ite<span class="text-red-selected">mspan>s differing in <span class="text-red-selected">mspan>ake/prices need to be <span class="text-red-selected">mspan>entioned separately. quote separately if different in ter<span class="text-red-selected">mspan>s of <span class="text-red-selected">mspan>aterial, braiding, electrode <span class="text-red-selected">mspan>aterial platinu<span class="text-red-selected">mspan> or stainless steel etc) quote with appropriate connector to existing ept 1000 and stockert ablators. ept 1000 is not co<span class="text-red-selected">mspan>patible with ther<span class="text-red-selected">mspan>ocouple and appropriate catheters/ connectors should be quoted. ther<span class="text-red-selected">mspan>istor catheters would therefore by preferred. in addition give prices of all connector cables /accessories separately. , regular 4<span class="text-red-selected">mspan><span class="text-red-selected">mspan> all , regular 8<span class="text-red-selected">mspan><span class="text-red-selected">mspan> , regular 3.5<span class="text-red-selected">mspan><span class="text-red-selected">mspan> all , regular 8<span class="text-red-selected">mspan><span class="text-red-selected">mspan> , regular 4<span class="text-red-selected">mspan><span class="text-red-selected">mspan> , cool tip (closed) any , irrigated tip (open) any , others any , bidirectional any , o<span class="text-red-selected">mspan>nidirexnl any , group -h5 (catheters, cables, accessories, for carto syste<span class="text-red-selected">mspan> and ther<span class="text-red-selected">mspan>ocool infusion pu<span class="text-red-selected">mspan>p) , navistar catheters regular , navistar catheter irrigated tip , location patch carto syste<span class="text-red-selected">mspan> (refstar) , connecting cables for all catheters , access/tubings for cool flow pu<span class="text-red-selected">mspan>p and any other accessories , group -h5-a catheters, cables, accessories for endocardial solutions (esi) accessories , navex patches , balloon array , other accessories (quote each separately) , catheters/accessories for loca lisa , reusable defibrillation/transcutaneous pacing patches (suitable for equip<span class="text-red-selected">mspan>ent in cath lab, ct2, ct3, ct6) , disposable defibrillation/transcutaneous pacing patches (suitable for equip<span class="text-red-selected">mspan>ent in cath lab, ct2, ct3, ct6) , defibrillation/transcutaneous pacing patches for use in infants and children , cryo catheters (and accessories) for ablation of arrhyth<span class="text-red-selected">mspan>ias in children and adults , intra cardiac ultrasound/echo catheter for guiding rfa co<span class="text-red-selected">mspan>patible with the existing echo <span class="text-red-selected">mspan>achine at neigrih<span class="text-red-selected">mspan>s (quote all prices of the catheters and accessories) , disposable electrocautery patches for rfa (suitable for stockert and ept 1000 ablators) reusable electrocautery patches for rfa (suitable for stockert and ept 1000 ablators) electrocautery pencils for use in dissection , electrocautery pencils for use in dissection , group -h6 (pace<span class="text-red-selected">mspan>aker lead extraction syste<span class="text-red-selected">mspan>s -<span class="text-red-selected">mspan>ention each syste<span class="text-red-selected">mspan> price and also individual accessories) , laser guided lead extraction syste<span class="text-red-selected">mspan> with accessories (fda/ce certified) , rf guided lead extraction syste<span class="text-red-selected">mspan> with accessories (fda/ce certified) , other extraction syste<span class="text-red-selected">mspan>s (fda/ce approved) , accessories for lead extraction like locking stylet, other accessories , intracardiac echocardiographic (ice) catheter , lead locking device for lead extraction with sizing fro<span class="text-red-selected">mspan> 0.38<span class="text-red-selected">mspan><span class="text-red-selected">mspan> to 0.58<span class="text-red-selected">mspan><span class="text-red-selected">mspan> co<span class="text-red-selected">mspan>patible with any <span class="text-red-selected">mspan>ake &all range of leads, with radiopaque <span class="text-red-selected">mspan>arker at the tip, and a proxi<span class="text-red-selected">mspan>al connector and <span class="text-red-selected">mspan>andrel to deploy the device. , <span class="text-red-selected">mspan>echanical dilator sheath, with bi-directional rotating 574 degree, while extending the blade just 0.02 inches, with flexible shaft and a static outer shaft. , otherspecific ite<span class="text-red-selected">mspan>s for advanced cardiac procedure , balloon - expanding type of tavi (transcatheter aortic valve i<span class="text-red-selected">mspan>plantation) with all standard accessories for i<span class="text-red-selected">mspan>plantation different sizes.available sizes:20<span class="text-red-selected">mspan><span class="text-red-selected">mspan>,21.5<span class="text-red-selected">mspan><span class="text-red-selected">mspan>,23<span class="text-red-selected">mspan><span class="text-red-selected">mspan>,24.5<span class="text-red-selected">mspan><span class="text-red-selected">mspan>,26<span class="text-red-selected">mspan><span class="text-red-selected">mspan>,27.5<span class="text-red-selected">mspan><span class="text-red-selected">mspan>,29<span class="text-red-selected">mspan><span class="text-red-selected">mspan>,30.5<span class="text-red-selected">mspan><span class="text-red-selected">mspan>,32<span class="text-red-selected">mspan><span class="text-red-selected">mspan> , siroli<span class="text-red-selected">mspan>us eluting bioresorbable coronary vascular scaffold syste<span class="text-red-selected">mspan> having various dia<span class="text-red-selected">mspan>ter and length of upto 40<span class="text-red-selected">mspan><span class="text-red-selected">mspan> , coronary intravascular lithotripsy catheter syste<span class="text-red-selected">mspan> with foot peddel . sizes available 2.5<span class="text-red-selected">mspan><span class="text-red-selected">mspan>, 2.75 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> ,3.0<span class="text-red-selected">mspan><span class="text-red-selected">mspan>,3.5<span class="text-red-selected">mspan><span class="text-red-selected">mspan>& 4.0<span class="text-red-selected">mspan><span class="text-red-selected">mspan>and length 12<span class="text-red-selected">mspan><span class="text-red-selected">mspan> , ptca balloon (se<span class="text-red-selected">mspan>i-co<span class="text-red-selected">mspan>pliant) - • <span class="text-red-selected">mspan>onorail (rapid exchange) and over-the-wire (otw) balloons • available in all sizes and lengths
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442 Security Services
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Central Government/Public Sector
TRN :48280497 |  17 May, 2025
Tender Value : 4.14 Crore
 Leh - Ladakh
Tender for tender for provision of central <span class="text-red-selected">mspan>i roo<span class="text-red-selected">mspan> at ni<span class="text-red-selected">mspan>u(job no 01/ni<span class="text-red-selected">mspan>u stn/a<span class="text-red-selected">mspan>wp/2023-24); 1 lu<span class="text-red-selected">mspan>p su<span class="text-red-selected">mspan> price worked out by the contractor for building worksas listed in schedule ‘a’ part-i representing percentage ( + or - deno<span class="text-red-selected">mspan>ination) derived under last colu<span class="text-red-selected">mspan>n of this schedule above/belowthe lu<span class="text-red-selected">mspan>p su<span class="text-red-selected">mspan> price prepriced by the <span class="text-red-selected">mspan>es b/f fro<span class="text-red-selected">mspan> sl page no. 43 2 lu<span class="text-red-selected">mspan>p su<span class="text-red-selected">mspan> price worked out by the contractor for (site clearance, excavation & earth work)as listed in schedule ‘a’ part-ii representing percentage ( + or - deno<span class="text-red-selected">mspan>ination) derived under last colu<span class="text-red-selected">mspan>n of this schedule above/belowthe lu<span class="text-red-selected">mspan>p su<span class="text-red-selected">mspan> price prepriced by the <span class="text-red-selected">mspan>es b/f fro<span class="text-red-selected">mspan> sl page no. 44 3 lu<span class="text-red-selected">mspan>p su<span class="text-red-selected">mspan> price worked out by the contractor for (internal electrification)as listed in schedule ‘a’ part-iii representing percentage ( + or - deno<span class="text-red-selected">mspan>ination) derived under last colu<span class="text-red-selected">mspan>n of this schedule above/belowthe lu<span class="text-red-selected">mspan>p su<span class="text-red-selected">mspan> price prepriced by the <span class="text-red-selected">mspan>es b/f fro<span class="text-red-selected">mspan> sl page no. 50 4 lu<span class="text-red-selected">mspan>p su<span class="text-red-selected">mspan> price worked out by the contractor for (internal water supply)as listed in schedule ‘a’ part-iv representing percentage ( + or - deno<span class="text-red-selected">mspan>ination) derived under last colu<span class="text-red-selected">mspan>n of this schedule above/belowthe lu<span class="text-red-selected">mspan>p su<span class="text-red-selected">mspan> price prepriced by the <span class="text-red-selected">mspan>es b/f fro<span class="text-red-selected">mspan> sl page no. 52 5 lu<span class="text-red-selected">mspan>p su<span class="text-red-selected">mspan> price worked out by the contractor for (road, path & hardstanding)as listed in schedule ‘a’ part-v representing percentage ( + or - deno<span class="text-red-selected">mspan>ination) derived under last colu<span class="text-red-selected">mspan>n of this schedule above/belowthe lu<span class="text-red-selected">mspan>p su<span class="text-red-selected">mspan> price prepriced by the <span class="text-red-selected">mspan>es b/f fro<span class="text-red-selected">mspan> sl page no. 54 6 lu<span class="text-red-selected">mspan>p su<span class="text-red-selected">mspan> price worked out by the contractor for (sewage disposal)as listed in schedule ‘a’ part-vi representing percentage ( + or - deno<span class="text-red-selected">mspan>ination) derived under last colu<span class="text-red-selected">mspan>n of this schedule above/belowthe lu<span class="text-red-selected">mspan>p su<span class="text-red-selected">mspan> price prepriced by the <span class="text-red-selected">mspan>es b/f fro<span class="text-red-selected">mspan> sl page no. 55 7 lu<span class="text-red-selected">mspan>p su<span class="text-red-selected">mspan> price worked out by the contractor for (area drainage)as listed in schedule ‘a’ part-vii representing percentage ( + or - deno<span class="text-red-selected">mspan>ination) derived under last colu<span class="text-red-selected">mspan>n of this schedule above/belowthe lu<span class="text-red-selected">mspan>p su<span class="text-red-selected">mspan> price prepriced by the <span class="text-red-selected">mspan>es b/f fro<span class="text-red-selected">mspan> sl page no. 56 8 lu<span class="text-red-selected">mspan>p su<span class="text-red-selected">mspan> price worked out by the contractor for (shed for dg set)as listed in schedule ‘a’ part-viii representing percentage ( + or - deno<span class="text-red-selected">mspan>ination) derived under last colu<span class="text-red-selected">mspan>n of this schedule above/belowthe lu<span class="text-red-selected">mspan>p su<span class="text-red-selected">mspan> price prepriced by the <span class="text-red-selected">mspan>es b/f fro<span class="text-red-selected">mspan> sl page no. 58 9 lu<span class="text-red-selected">mspan>p su<span class="text-red-selected">mspan> price worked out by the contractor for (hot water supply)as listed in schedule ‘a’ part-ix representing percentage ( + or - deno<span class="text-red-selected">mspan>ination) derived under last colu<span class="text-red-selected">mspan>n of this schedule above/belowthe lu<span class="text-red-selected">mspan>p su<span class="text-red-selected">mspan> price prepriced by the <span class="text-red-selected">mspan>es b/f fro<span class="text-red-selected">mspan> sl page no. 59 10 lu<span class="text-red-selected">mspan>p su<span class="text-red-selected">mspan> price worked out by the contractor for (external electrification)as listed in schedule ‘a’ part-x representing percentage ( + or - deno<span class="text-red-selected">mspan>ination) derived under last colu<span class="text-red-selected">mspan>n of this schedule above/belowthe lu<span class="text-red-selected">mspan>p su<span class="text-red-selected">mspan> price prepriced by the <span class="text-red-selected">mspan>es b/f fro<span class="text-red-selected">mspan> sl page no. 65 11 lu<span class="text-red-selected">mspan>p su<span class="text-red-selected">mspan> price worked out by the contractor for (external water suplay)as listed in schedule ‘a’ part-xi representing percentage ( + or - deno<span class="text-red-selected">mspan>ination) derived under last colu<span class="text-red-selected">mspan>n of this schedule above/belowthe lu<span class="text-red-selected">mspan>p su<span class="text-red-selected">mspan> price prepriced by the <span class="text-red-selected">mspan>es b/f fro<span class="text-red-selected">mspan> sl page no. 66 12 sch a part - xii (<span class="text-red-selected">mspan>isc b/r & e/<span class="text-red-selected">mspan> ite<span class="text-red-selected">mspan>s) (refer boq)note: this schedule is not pre-priced by <span class="text-red-selected">mspan>es and the rate indicated as rs 0.00 under col 5 signifies this fact only 13 internal electrifications&f double door three phase prewired distribution board vertical db vtpn 8 way with acrylic door <span class="text-red-selected">mspan>ade out of crca sheets 1.6 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> thick,phosphatised powder coated with copper bus bar 200 a<span class="text-red-selected">mspan>ps, 415 v,ip 43/ik09, earth stud, din rail, poly<span class="text-red-selected">mspan>ide ter<span class="text-red-selected">mspan>inal blocks for inco<span class="text-red-selected">mspan>ing and outgoing circuits, inbuilt loose wire box ,ground ter<span class="text-red-selected">mspan>inal blocks ,duly prewired with thi<span class="text-red-selected">mspan>bled fla<span class="text-red-selected">mspan>e retardant copper conductors and poly layer for protection in and including<span class="text-red-selected">mspan>ccb4 pole 63 a<span class="text-red-selected">mspan>p rating repturing capacity 16 ka.(note:- single phase <span class="text-red-selected">mspan>cbs are to be <span class="text-red-selected">mspan>easured and paid for seperately) 14 s&f led building security light, pressure die cast alu<span class="text-red-selected">mspan>inu<span class="text-red-selected">mspan> housing, 20/25 watts capacity, 240v, ip 65 class, with suitable in-built electronic driver co<span class="text-red-selected">mspan>plete incld. fixed on a bracket <span class="text-red-selected">mspan>ade out of 1.5 <span class="text-red-selected">mspan>tr long <span class="text-red-selected">mspan>ed grade gi pipe 40 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> dia bend to shape as directed fitted on wall at a height not less than 5 <span class="text-red-selected">mspan>tr fro<span class="text-red-selected">mspan> groundwith <span class="text-red-selected">mspan>s cla<span class="text-red-selected">mspan>p, nuts and bolts and washers as required at site and incld. connecting lu<span class="text-red-selected">mspan>inarie to the nearest ceiling rose/junction box with 1.5 sq<span class="text-red-selected">mspan><span class="text-red-selected">mspan> pvc insulated 3 core wire co<span class="text-red-selected">mspan>plete all as directed and specified by engr-in-charge.note - cost of all <span class="text-red-selected">mspan>inor spares and jobs required for fixing of light fixture on wall and for electrical connections are dee<span class="text-red-selected">mspan>ed to be included in the quoted rate. 15 s&f new wall <span class="text-red-selected">mspan>ounted fan of approved <span class="text-red-selected">mspan>ake and type co<span class="text-red-selected">mspan>plete all as specified and as directed. 16 s&f tv co-axial socket 1 <span class="text-red-selected">mspan>odule, co<span class="text-red-selected">mspan>plete all as specified and as directed. 17 s&f single pole and neutral enclosure with a two pin and earth plug and socket co<span class="text-red-selected">mspan>plete with one double pole <span class="text-red-selected">mspan>cb 20 a<span class="text-red-selected">mspan>ps 18 internal water supplys&f single piece vitreous china wash down water closet pan pedestal pattern white, with seat white closed pattern with flat botto<span class="text-red-selected">mspan> and cover <span class="text-red-selected">mspan>ild steel chro<span class="text-red-selected">mspan>iu<span class="text-red-selected">mspan> plated or alu<span class="text-red-selected">mspan>inized hinging deviced including flushing syste<span class="text-red-selected">mspan> , pipe and joint etc and connection to drain, flushing, pipe, anti-syphonage pipe, and fixing arrange<span class="text-red-selected">mspan>ents with fixing bolts etc including <span class="text-red-selected">mspan>aking good the disturbed portion of floor in ce<span class="text-red-selected">mspan>ent concrete 1:2:4 type b-0, as in repairs co<span class="text-red-selected">mspan>plete all as spd & directed co<span class="text-red-selected">mspan>plete all as specified and directed by engr-in charge.. 19 s&f cp grating including jointing to waste pipe fixed in ce<span class="text-red-selected">mspan>ent concrete type b-1 (1:2:4) dia of outlet is 100 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> co<span class="text-red-selected">mspan>plete all as specified and directed by engr-in charge. 20 s&f hand shower (health faucet ) with 8<span class="text-red-selected">mspan><span class="text-red-selected">mspan> dia and 1 <span class="text-red-selected">mspan>eter long cp flexible tube and wall hookco<span class="text-red-selected">mspan>plete all as specified <span class="text-red-selected">mspan>ake: cera, jaquar , <span class="text-red-selected">mspan>arc & hindware as per sa<span class="text-red-selected">mspan>ple and directed by engr -in charge 21 s&f soap dish (s/s), any type, fixed to plugs with chro<span class="text-red-selected">mspan>iu<span class="text-red-selected">mspan> plated brass screws, all as specified and directed by engr-in charge. 22 road, path & hard standing<span class="text-red-selected">mspan>&l for wet <span class="text-red-selected">mspan>ix <span class="text-red-selected">mspan>acada<span class="text-red-selected">mspan> (w<span class="text-red-selected">mspan><span class="text-red-selected">mspan>) for 150<span class="text-red-selected">mspan><span class="text-red-selected">mspan> thick (co<span class="text-red-selected">mspan>pacted thickness) laid in two layers of 75<span class="text-red-selected">mspan><span class="text-red-selected">mspan> each grading as per table 400-13 of <span class="text-red-selected">mspan>orth (<span class="text-red-selected">mspan>inistry of road transport & highways) specification of road and bridge works 2013. <span class="text-red-selected">mspan>anufactured in w<span class="text-red-selected">mspan><span class="text-red-selected">mspan> plant, <span class="text-red-selected">mspan>aterial co<span class="text-red-selected">mspan>prising of clean, crushed, graded aggregate and granular <span class="text-red-selected">mspan>aterial pre<span class="text-red-selected">mspan>ixed with water to a dense <span class="text-red-selected">mspan>ass, spreading with sensor paver and rolling with vibratory roller of capacity 80-100 kn static weight and conslidating required gradient and ca<span class="text-red-selected">mspan>ber. the finished surface tolerance to be as per table 900-1 of <span class="text-red-selected">mspan>orth specification for road and bridge works 2013 co<span class="text-red-selected">mspan>plete all as specified and directed by engr-in-charge. 23 <span class="text-red-selected">mspan>&l for applying ther<span class="text-red-selected">mspan>oplastic paint <span class="text-red-selected">mspan>arking 2.5<span class="text-red-selected">mspan><span class="text-red-selected">mspan> thick centerline ,stop line,dashes,arrows etc and n exc 10c<span class="text-red-selected">mspan> wide on roads pave<span class="text-red-selected">mspan>ents with hot applied ther<span class="text-red-selected">mspan>oplastic road <span class="text-red-selected">mspan>arking paint ofapproved colour confir<span class="text-red-selected">mspan>ing to bs 3262-1989 with special applicater <span class="text-red-selected">mspan>achine all as per <span class="text-red-selected">mspan>anufacturers instructionof any colour on road surfaceincluding cleaning with gunny bags re<span class="text-red-selected">mspan>oving all loose dirt/dust co<span class="text-red-selected">mspan>plete all as specified and directed. 24 <span class="text-red-selected">mspan>&l for rcc septic tank designed to carry sewage and sullage water, excavation in any type of soil, pcc 1:4:8 below foundation, rcc <span class="text-red-selected">mspan>-30 design <span class="text-red-selected">mspan>ix in walls , base slab , baffle walls and roof slab including bea<span class="text-red-selected">mspan>s etc with vent shaft , <span class="text-red-selected">mspan>anhole openings with cover connection etc, co<span class="text-red-selected">mspan>plete with effective depth of 1.5 <span class="text-red-selected">mspan>eter and overall depth of 3 <span class="text-red-selected">mspan>eter for 100 users. 25 <span class="text-red-selected">mspan>&l for soakage wells excavation, in any type of soil, foundation in pcc 1:3:6, walls of honey co<span class="text-red-selected">mspan>bed <span class="text-red-selected">mspan>asonry with top ring of <span class="text-red-selected">mspan>25 concrete including intercepting cha<span class="text-red-selected">mspan>ber and screen cha<span class="text-red-selected">mspan>ber <span class="text-red-selected">mspan>ade of brick <span class="text-red-selected">mspan>asonary in c<span class="text-red-selected">mspan>, rcc cover slab in <span class="text-red-selected">mspan>25/ sfrc cover, interconnecting pipes of rcc/dwc co<span class="text-red-selected">mspan>plete filled with brick bats of size 3<span class="text-red-selected">mspan> dia and 3 <span class="text-red-selected">mspan> depth. 26 s&f pvc junction boxes ip 65 protection of size 0.200 x 0.250 x 0.155 <span class="text-red-selected">mspan> co<span class="text-red-selected">mspan>plete with 1 nos <span class="text-red-selected">mspan>cb sp 2.5 a<span class="text-red-selected">mspan>p & 4 way industrial connector including cla<span class="text-red-selected">mspan>p <span class="text-red-selected">mspan>ade out of <span class="text-red-selected">mspan>s flat 30x5<span class="text-red-selected">mspan><span class="text-red-selected">mspan> connection fro<span class="text-red-selected">mspan> junction box to street light fitting with three single core pvc insulated, pvc sheathed wire 2.5 sq<span class="text-red-selected">mspan><span class="text-red-selected">mspan> copper & pvc conduit 20 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> dia co<span class="text-red-selected">mspan>plete all as specified and directed by engr-in-charge. 27 excavation in trenches by cutting of road crossing/pcc hard standing, under boundary wallfor laying of pipe/cable including <span class="text-red-selected">mspan>aking good the existing surface with sa<span class="text-red-selected">mspan>e finish to <span class="text-red-selected">mspan>atch the original finish co<span class="text-red-selected">mspan>plete all as specified and directed by engr-in-charge. 28 s&fht/lt <span class="text-red-selected">mspan>s cable route indicator 4 dia fixed with two nos of nut, bolt and washers and provision of pcc 1 : 4 : 8 type d-2 using 40 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> grade stone aggregate of not less than 0.018 cu<span class="text-red-selected">mspan> in each at base buried under the groundincl necessary earth work co<span class="text-red-selected">mspan>plete all as specified and directed by engr-in-charge. 29 supply, installation, testing and co<span class="text-red-selected">mspan><span class="text-red-selected">mspan>issinoning lt panel board suitable for working on 3 phase ,4 wire ,415 volts, ac ,50hz indoortype, cubicle, floor <span class="text-red-selected">mspan>ounted, free standing, dust and ver<span class="text-red-selected">mspan>in proof, air ventilation factory fabricated <span class="text-red-selected">mspan>ade out of 2 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> thick crca sheetduly powder coated and shall be cpri approved and as approved by ge. the panel shall have front and rear opening, locking arrange<span class="text-red-selected">mspan>ent, cable alleys, bus bar cha<span class="text-red-selected">mspan>ber and switch gear co<span class="text-red-selected">mspan>part<span class="text-red-selected">mspan>ent, hinged door with rubber gasket, botto<span class="text-red-selected">mspan> cable entry holes for inco<span class="text-red-selected">mspan>ing and out going cables, earthing ter<span class="text-red-selected">mspan>inals, affix danger notice plate, glands, copper bus bar duly covered with heat shrink sleeves colour coaded duly fixed ond<span class="text-red-selected">mspan>c/s<span class="text-red-selected">mspan>c insulators, housed in a separate bus bar cha<span class="text-red-selected">mspan>ber and control wiring with copper conductor cables of adequate size and length, inco<span class="text-red-selected">mspan>ing and outgoing <span class="text-red-selected">mspan>ccbs shall have extended bus bar links and <span class="text-red-selected">mspan>ounted on 50x50x5<span class="text-red-selected">mspan><span class="text-red-selected">mspan> size<span class="text-red-selected">mspan>s angle iron fra<span class="text-red-selected">mspan>e duly painted including pcc 1:2:4 type b1 (using 20 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> graded stone aggregate ) in foundation design subject to approved of age (i) ni<span class="text-red-selected">mspan>u to sent the site require<span class="text-red-selected">mspan>entco<span class="text-red-selected">mspan>plete all as specified and directed including co<span class="text-red-selected">mspan>prising of following :- 30 (a) <span class="text-red-selected">mspan>ccb 400 a<span class="text-red-selected">mspan>ps, fp, 36 ka, 415 volts, 50hz - 01 no (i/c)(b) <span class="text-red-selected">mspan>ccb 200 a<span class="text-red-selected">mspan>ps, fp, 25 ka, 415 volts, 50hz - 02 no ( chs)(c) <span class="text-red-selected">mspan>ccb 125 a<span class="text-red-selected">mspan>ps, fp, 18 ka, 415 volts, 50hz - 04 nos (apfc, tpn db -02, spare )(d) <span class="text-red-selected">mspan>cb spn 40 a<span class="text-red-selected">mspan>ps, 10 ka, 220 volts, 50hz - 03 nos (garage,street light, spare-1)(e) on load chengeover 630 a<span class="text-red-selected">mspan>ps 4 pole -01 no (f)digital volt<span class="text-red-selected">mspan>eter, with vss - 01set(g) digital a<span class="text-red-selected">mspan><span class="text-red-selected">mspan>eter, with cts & ass - 01 set(h) led phase indication la<span class="text-red-selected">mspan>ps ryb - 01 set(j)single phase rotary auto<span class="text-red-selected">mspan>atic light controller nature switch with voltage range 120-440v,ac,20 a<span class="text-red-selected">mspan>ps,ip-65,50hz-01 nos(k) copper bus bar tpn 600 a<span class="text-red-selected">mspan>ps rating - 01 set 31 labour for boring underground upto 100 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> bore for road crossing 3 <span class="text-red-selected">mspan>tr to 10 <span class="text-red-selected">mspan>tr not exceeding 1.5 <span class="text-red-selected">mspan>tr in depth for laying of electric cable and gi tubing in soft/loose soil co<span class="text-red-selected">mspan>plete all as specified. 32 <span class="text-red-selected">mspan>&lfor cutting existing gi pipes and insertion of new tee branches of suitable size to take branch connection of 50<span class="text-red-selected">mspan><span class="text-red-selected">mspan> dia pp-r.note : suitable size of tee branch is dee<span class="text-red-selected">mspan>ed to be included in the quoted rate. 33 construction of stone <span class="text-red-selected">mspan>asonary valve pit cha<span class="text-red-selected">mspan>ber of size 90c<span class="text-red-selected">mspan> x 90 c<span class="text-red-selected">mspan> x 90 c<span class="text-red-selected">mspan> (internal di<span class="text-red-selected">mspan>ension) including all necessary excavation and earthwork in hard / dense soil and disposal of surplus soil to a distance not exceeding 50 <span class="text-red-selected">mspan>eters & deposting the sa<span class="text-red-selected">mspan>e as directed includingpcc in foundation of the <span class="text-red-selected">mspan>ixture (1:4:8) d-2 stone <span class="text-red-selected">mspan>asonary in ce<span class="text-red-selected">mspan>ent <span class="text-red-selected">mspan>otor 1:4 rendering 15<span class="text-red-selected">mspan><span class="text-red-selected">mspan> thick in ce<span class="text-red-selected">mspan>ent <span class="text-red-selected">mspan>ortar 1:4 internally finished even and fair and pointing flush externally as the work proceeds in the sa<span class="text-red-selected">mspan>e <span class="text-red-selected">mspan>ortar as of stone <span class="text-red-selected">mspan>asonary including <span class="text-red-selected">mspan>ild steelfra<span class="text-red-selected">mspan>e (<span class="text-red-selected">mspan>ade out ofangle in 40x40x6<span class="text-red-selected">mspan><span class="text-red-selected">mspan>) <span class="text-red-selected">mspan>s steel cover 3.15 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> thick with handle and locking arrange<span class="text-red-selected">mspan>ent with ginges angle iron flat as requiredat site including painting of all posed <span class="text-red-selected">mspan>s work with two coat of synthetic ena<span class="text-red-selected">mspan>el paint over a coat of red oxide pri<span class="text-red-selected">mspan>er and painting all the steel surfaces e<span class="text-red-selected">mspan>bedded in pcc with two coats of black bitu<span class="text-red-selected">mspan>inuos paint andall other relevant work co<span class="text-red-selected">mspan>plete . 34 <span class="text-red-selected">mspan>&l for providing tracer/anti freezing cable required to keep the pipe war<span class="text-red-selected">mspan> upto avoiding freezing all as specified including electrical wiring cable for connection of suitable size 35 (central heating syste<span class="text-red-selected">mspan>)electric hot water generator : supply, installation, testing and co<span class="text-red-selected">mspan><span class="text-red-selected">mspan>issioning ofpackage type electric hot water generator constructed out of <span class="text-red-selected">mspan>s sheet having top open-able cover for easy access and re<span class="text-red-selected">mspan>oval of heaters. the hwg shall be suitable for indoor <span class="text-red-selected">mspan>ounting. the generator shall be provided with 50<span class="text-red-selected">mspan><span class="text-red-selected">mspan> thick fibre glass insulation 32 kg density finished with 0.8<span class="text-red-selected">mspan><span class="text-red-selected">mspan> / 22g alu<span class="text-red-selected">mspan>iniu<span class="text-red-selected">mspan> cladding sheet. the generator shall have electrical capacity of 50 kw. the heater shall be electrical resistance type, copper tube with chro<span class="text-red-selected">mspan>iu<span class="text-red-selected">mspan> plating. the generator shall be co<span class="text-red-selected">mspan>plete with float valve, pressure gauge with ball valve, <span class="text-red-selected">mspan>aster and bank ther<span class="text-red-selected">mspan>ostats, etc. the generator shall be suitable for 3 phase, 415+ 10% volts, 50 hz. ac supply. the generator shall co<span class="text-red-selected">mspan>plete with self-contained inco<span class="text-red-selected">mspan>ing isolation, a<span class="text-red-selected">mspan><span class="text-red-selected">mspan>eter, volt<span class="text-red-selected">mspan>eter, contactors for heater banks in three steps co<span class="text-red-selected">mspan>plete with <span class="text-red-selected">mspan>anual/auto rotary switches. 36 notes:- (i) allneccassary accessories required for the proper fucntioning of hot water genearator are included in price.(ii) the prices should include lifting, shifting and positioning of units at site.(iii) hot water genearator installation to done as per <span class="text-red-selected">mspan>anufacturer reco<span class="text-red-selected">mspan><span class="text-red-selected">mspan>endation with all installation require<span class="text-red-selected">mspan>ents i.e foundation, vibration isolator,insulationetc as reco<span class="text-red-selected">mspan><span class="text-red-selected">mspan>ended by <span class="text-red-selected">mspan>anufacturer for the a<span class="text-red-selected">mspan>bient te<span class="text-red-selected">mspan>perature of site. odu installation is included in odu price which includes the civil struture, <span class="text-red-selected">mspan>echanical structureetc as reco<span class="text-red-selected">mspan><span class="text-red-selected">mspan>ended by<span class="text-red-selected">mspan>anufacturer.(iv) the contractor/oe<span class="text-red-selected">mspan> will shall sub<span class="text-red-selected">mspan>it the hot water generator capacity/burner capacity confor<span class="text-red-selected">mspan>ing to relevant is code(v) oe<span class="text-red-selected">mspan> should sub<span class="text-red-selected">mspan>it the installation and <span class="text-red-selected">mspan>aintenance schedule/ <span class="text-red-selected">mspan>anual for the boiler. 37 glycol circulation centrifugal pu<span class="text-red-selected">mspan>ps: supply, installation, testing & co<span class="text-red-selected">mspan><span class="text-red-selected">mspan>issioning of pn16 ratedaxial split coupled vertical inline water pu<span class="text-red-selected">mspan>p set with ci casing, bronze i<span class="text-red-selected">mspan>peller, ss shaft and externally flushed outside type balanced <span class="text-red-selected">mspan>echanical seal and non overloading <span class="text-red-selected">mspan>otor, as per specifications and drawings. with suitable hp, tefc squirrel cage induction <span class="text-red-selected">mspan>otor with ie3 type class f insulation, <span class="text-red-selected">mspan>otor shall be rating of ip 55, operating on 415 ±10% volts, 3 phase, 50hz ac supply. the external flush line <span class="text-red-selected">mspan>ust be used for the purpose of heat dissipation fro<span class="text-red-selected">mspan> the <span class="text-red-selected">mspan>echanical seal.pu<span class="text-red-selected">mspan>ps with perfor<span class="text-red-selected">mspan>ance characteristics as given below:the internal co<span class="text-red-selected">mspan>ponents of pu<span class="text-red-selected">mspan>ps including <span class="text-red-selected">mspan>echanical seal shall be suitable to sustain a fluid te<span class="text-red-selected">mspan>perature of -25 degree celcius to 120 degree celcius. vendor shall be provide antivibration arrange<span class="text-red-selected">mspan>ent for pu<span class="text-red-selected">mspan>ps . 38 the scope also shall include following below <span class="text-red-selected">mspan>entioned:(i) electrical by pass starter for pu<span class="text-red-selected">mspan>p setas reco<span class="text-red-selected">mspan><span class="text-red-selected">mspan>ended by oe<span class="text-red-selected">mspan>. (ii) 25 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> thick polyviny nitrile rubber insulation duly cladded between alu<span class="text-red-selected">mspan>iniu<span class="text-red-selected">mspan> sheets of 0.5<span class="text-red-selected">mspan><span class="text-red-selected">mspan> thickness and properly cla<span class="text-red-selected">mspan>ped to pu<span class="text-red-selected">mspan>p.(iii) pressure gauges 150 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> dia -03 nos (iv) <span class="text-red-selected">mspan>ounting fra<span class="text-red-selected">mspan>e with antivibration pads (in case pu<span class="text-red-selected">mspan>ps are inline, anti vibration syste<span class="text-red-selected">mspan> shall be as per <span class="text-red-selected">mspan>anufacturers reco<span class="text-red-selected">mspan><span class="text-red-selected">mspan>endation) (v) rcc/ce<span class="text-red-selected">mspan>ent concrete foundation for the pu<span class="text-red-selected">mspan>p unit. (in case pu<span class="text-red-selected">mspan>ps are inline, foundation shall be as per <span class="text-red-selected">mspan>anufacturers reco<span class="text-red-selected">mspan><span class="text-red-selected">mspan>endation).pu<span class="text-red-selected">mspan>p capacity are as under:capacityand pu<span class="text-red-selected">mspan>p headnot less than flow 25 usgp<span class="text-red-selected">mspan> , head 20 <span class="text-red-selected">mspan>tr (refernce <span class="text-red-selected">mspan>odel no. : ar<span class="text-red-selected">mspan>strong : series 4300 - 40-150 - 2p - 1.5 kw) each including the triple duty valve and end suction guide. 39 expansion tank and pressurisation unit:supply, installation, testing and co<span class="text-red-selected">mspan><span class="text-red-selected">mspan>issioning of insulated pressurised closed water expansion tank suitable for total volu<span class="text-red-selected">mspan>e ofglycol - water solution, circuit along with necessary accessories such as along with necessary accessories such as 2 nos pu<span class="text-red-selected">mspan>ps (1working +1standby) with pressure trans<span class="text-red-selected">mspan>itter andinterconnecting pipe & isolating valve co<span class="text-red-selected">mspan>plete with piping connections, safety relief valve, drain valve, pressure gauge, auto<span class="text-red-selected">mspan>atic air purging arrange<span class="text-red-selected">mspan>ent, etc.with pressure trans<span class="text-red-selected">mspan>itter andinterconnecting pipe & isolating valve co<span class="text-red-selected">mspan>plete with piping connections, safety relief valve, drain valve, pressure gauge, auto<span class="text-red-selected">mspan>atic air purging arrange<span class="text-red-selected">mspan>ent, etc. the tank shall be pre-charged. expansion tank shall be with replaceable heavy duty butyl rubber bladder. the tankconnections should be as per oe<span class="text-red-selected">mspan> reco<span class="text-red-selected">mspan><span class="text-red-selected">mspan>endationsand 20 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> drain and charging valve connection to facilitate the on site charging of nitrogen in the tank.the tank shall be fitted with lifting rings and a floor <span class="text-red-selected">mspan>ounting skirt for vertical installation. the tank <span class="text-red-selected">mspan>ust be constructed in accordance with is-standard 2825-1969 (withlates revision)and rated at pn 16 . the co<span class="text-red-selected">mspan>plete syste<span class="text-red-selected">mspan> shall be sourced fro<span class="text-red-selected">mspan> single <span class="text-red-selected">mspan>anufacturer and supplied and installed with all accessories and safety fixtures required for proper functioning of the co<span class="text-red-selected">mspan>plete hydronic syste<span class="text-red-selected">mspan>.the tank shall be duly painted in approved colour shall be co<span class="text-red-selected">mspan>plete with pressure switches and power distribution and control panelip55 control panel, pressure trans<span class="text-red-selected">mspan>itter, interconnecting piping & wiring. (tank capacity 500 ltrs). hot glycol - water closed vessel pressurized expansion tank as described above shall be duly insulated with 50 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> thick puf/nitrile rubber insulating <span class="text-red-selected">mspan>aterial or equivalent u valueinsulating <span class="text-red-selected">mspan>aterial and cladded with alu<span class="text-red-selected">mspan>iniu<span class="text-red-selected">mspan> sheet (20g). electrical by pass starter for pu<span class="text-red-selected">mspan>p setas reco<span class="text-red-selected">mspan><span class="text-red-selected">mspan>ended by oe<span class="text-red-selected">mspan>. 40 expansion tank of 500 lts capacity 41 pressurization unit: for pu<span class="text-red-selected">mspan>p set -03 nos with control panel and accessories. 42 <span class="text-red-selected">mspan>ake up tank: supply, installation, testing and co<span class="text-red-selected">mspan><span class="text-red-selected">mspan>issioning of factory <span class="text-red-selected">mspan>ade <span class="text-red-selected">mspan>ake up water tank, rectangular/circular shape, of 4 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> thick <span class="text-red-selected">mspan>s sheet (is 2062), of capacity of 550 litres co<span class="text-red-selected">mspan>plete with inlet, outlet, overflow, drain pipe of <span class="text-red-selected">mspan>s and vent with fla<span class="text-red-selected">mspan>e arrestor. tank will be provided with supports <span class="text-red-selected">mspan>ade out of <span class="text-red-selected">mspan>ini<span class="text-red-selected">mspan>u<span class="text-red-selected">mspan> 50<span class="text-red-selected">mspan><span class="text-red-selected">mspan> angle iron duly painted, to keep tank base at <span class="text-red-selected">mspan>ini<span class="text-red-selected">mspan>u<span class="text-red-selected">mspan> (1000<span class="text-red-selected">mspan><span class="text-red-selected">mspan>) above ffl. service platfor<span class="text-red-selected">mspan> shall be provided as per reco<span class="text-red-selected">mspan><span class="text-red-selected">mspan>endations of oe<span class="text-red-selected">mspan>. the tank shall be provided with re<span class="text-red-selected">mspan>ote indication of levels provided level switches for on-off operation of tranfer pu<span class="text-red-selected">mspan>p. extra high level and extra low level alar<span class="text-red-selected">mspan> shall be provided. tank and structure shall be painted with two coats of synthetic ena<span class="text-red-selected">mspan>el paint over a coat of red oxide pri<span class="text-red-selected">mspan>er co<span class="text-red-selected">mspan>plete all as specified and directed.<span class="text-red-selected">mspan>ake up water tank as describedabove should beduly insulated with 50 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> thick puf/nitrile rubber insulating <span class="text-red-selected">mspan>aterial and cladded with alu<span class="text-red-selected">mspan>iniu<span class="text-red-selected">mspan> sheet (20g). 43 supply, installation, testing and co<span class="text-red-selected">mspan><span class="text-red-selected">mspan>issioning ofsteel plate radiator( wall <span class="text-red-selected">mspan>ounted) confir<span class="text-red-selected">mspan>ing en- 442 , working pressurerange fro<span class="text-red-selected">mspan> 10-13 bar having workinh te<span class="text-red-selected">mspan>parture of 110°c, co<span class="text-red-selected">mspan>plete with top grill side cover as standard along with inlet ,outlet valve, air purge valve andwith threaded plug, flow regulator as per oe<span class="text-red-selected">mspan>.the below desired capacity should be calculated at altitude of 3600 <span class="text-red-selected">mspan>ts above sea level. capacity calculation sheet to be provided to engineer in charge. the below <span class="text-red-selected">mspan>entioned capacity is at inlet te<span class="text-red-selected">mspan>p: 75 degree celcius , outlet te<span class="text-red-selected">mspan>p: 65 degree celcius. refere<span class="text-red-selected">mspan>cwe <span class="text-red-selected">mspan>odel series. 44 1.5 kw, type: 33- dkek, length is 1000 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> and height is 600 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> of radiator. 45 2.5 kw, type: 33- dkek, length is 1000 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> and height is 600 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> of radiator. 46 3.5 kw,type: 33- dkek, length is 1600 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> and height is 600 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> of radiator. 47 5 kw,type: 33- dkek, length is 1600 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> and height is 900 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> of radiator. 48 5 kw,type: 33- dkek, length is 2000 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> and height is 600 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> of radiator 49 <span class="text-red-selected">mspan> & l for pre-insulated <span class="text-red-selected">mspan>s pipe,class c having<span class="text-red-selected">mspan>ini<span class="text-red-selected">mspan>u<span class="text-red-selected">mspan> thicknes of puf insulation as <span class="text-red-selected">mspan>entioned below and of density 36 kg/cu<span class="text-red-selected">mspan> and 26 gauge al cladding co<span class="text-red-selected">mspan>plete suitable for above ground as per sizes shown.the pipes should be insulated with closed cell puf of density 36±2 kg/cu<span class="text-red-selected">mspan> of below <span class="text-red-selected">mspan>entioned thickness. the pipe should be workable in the te<span class="text-red-selected">mspan>p. range of-50 degree celciusto120 degreec celcius. note:-the pipes size 150<span class="text-red-selected">mspan><span class="text-red-selected">mspan> & below shall be <span class="text-red-selected">mspan>.s. ‘c’ class as per is : 1239 50 80 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> with 36 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> puf thicknes and 26 gauge al cladding. 51 50 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> with 36 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> puf thicknes and 26 gauge al cladding. 52 50 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> with 36 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> puf thicknes and 26 gauge al cladding. 53 40 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> with 36 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> puf thicknes and 26 gauge al cladding. 54 20 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> with 36 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> puf thicknes and 26 gauge al cladding. 55 buried under ground/exposed to a<span class="text-red-selected">mspan>bient:80 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> with 50 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> puf thicknes and hdpe cladding, 26 gauge al cladding. 56 cabel tray :-supplying and installing following size of perforated painted with powder coating <span class="text-red-selected">mspan>.s. cable trays with perforation not <span class="text-red-selected">mspan>ore than 17.5%, in convenient sections, joined with connectors, suspended fro<span class="text-red-selected">mspan> the ceiling/ground/wall with <span class="text-red-selected">mspan>.s. suspenders as per is code including bolts & nuts, painting suspenders etc. as required of size 150 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> width x 50 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> depth x 1.6 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> thickness 57 supplying, fixing, testing and co<span class="text-red-selected">mspan><span class="text-red-selected">mspan>issioning of following dia<span class="text-red-selected">mspan>eter valves (pn-16 rating) (co<span class="text-red-selected">mspan>plete with flanges integral or welded, fittings, nuts, bolts & gaskets (pn-16 rating), strainers (co<span class="text-red-selected">mspan>plete with flanges integral or welded, fittings, nuts, bolts & gaskets (pn-16 rating), gauges etc for condenser water circulation as per specifications. insulation thickness ofvalves should be equal to the insulation of puf and gi cladding of pipe section as specified. butterfly valve ( insulated valves) with ci body ss disc nitrile sheet & o ring, co<span class="text-red-selected">mspan>plete with fittings, nuts, bolts & gaskets.butterfly valve ( insulated valves) with ci body ss disc nitrile sheet & o ring, co<span class="text-red-selected">mspan>plete with fittings, nuts, bolts & gaskets. 58 80 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> dia butterfly valve 59 65 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> dia butterfly valve 60 50 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> dia butterfly valve 61 supplying, fixing, testing and co<span class="text-red-selected">mspan><span class="text-red-selected">mspan>issioning of y-strainer (insulated valves) of ductile ci body flanged ends with stainless steel strainer forhot water circulation including insulation thickness ofvalves should be equal to the insulation of puf and gi cladding of pipe section as specified of size 50 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> dia y strainer. 62 supplying, fixing, testing and co<span class="text-red-selected">mspan><span class="text-red-selected">mspan>issioning of non - return valve (insulated valves) with duel plate of ci body ss plates vulcanized nbr seal flanged end & pn 16 pressure rating forhot water circulation includinginsulation thickness ofvalves should be equal to the insulation of puf and gi cladding of pipe section as sepcified of size 50 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> dia nrv. 63 supplying, fixing, testing and co<span class="text-red-selected">mspan><span class="text-red-selected">mspan>issioning of auto<span class="text-red-selected">mspan>atic air purge valves forhot water circulation headeras specified of size auto<span class="text-red-selected">mspan>tic air purge valve 20 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> dia. 64 supplying, fixing, testing and co<span class="text-red-selected">mspan><span class="text-red-selected">mspan>issioning of air separator co<span class="text-red-selected">mspan>pleate allas specified of size 50 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> dia. 65 supplying, fixing, testing and co<span class="text-red-selected">mspan><span class="text-red-selected">mspan>issioning of water pressure gauge (100 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> dia) bourdon type with brass ball valve of 3/8 dia and ss tubing, socket.range (0-50) / (0-100) as required by engineer in charge. 66 supplying, fixing, testing and co<span class="text-red-selected">mspan><span class="text-red-selected">mspan>issioning of <span class="text-red-selected">mspan>ercury in glass industrial ther<span class="text-red-selected">mspan>o<span class="text-red-selected">mspan>eter in ss-304 casing with 0.5 c least count, range 0-50 c. brass oil filled ther<span class="text-red-selected">mspan>owell of 1/2 size as required by engineer in charge. 67 electrical distribution panel supply, installation, co<span class="text-red-selected">mspan><span class="text-red-selected">mspan>issioning and testing of factory <span class="text-red-selected">mspan>ade, chs plant, indoor type <span class="text-red-selected">mspan>ade out of crca sheet 2 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> thick, fra<span class="text-red-selected">mspan>e factory fabricated with front and back openable double door with locking arrange<span class="text-red-selected">mspan>ent, with <span class="text-red-selected">mspan>s angle section 50x50x6 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> support, duly powder coated painting having thickness not less than 100 <span class="text-red-selected">mspan>icrons provided suitable gasket to <span class="text-red-selected">mspan>ake it dust and ver<span class="text-red-selected">mspan>in proof, suitable for 3 phase4 wire, 415 volts, 50 hz, ac supply syste<span class="text-red-selected">mspan>, floor <span class="text-red-selected">mspan>ounted and grounting the legs of panel in pcc foundation 1:4:8 co<span class="text-red-selected">mspan>plete as all directed suitable for and including the following :- 68 inco<span class="text-red-selected">mspan>ers(i) bus bar tpn al extensible type <span class="text-red-selected">mspan>ain bus bars of <span class="text-red-selected">mspan>ini<span class="text-red-selected">mspan>u<span class="text-red-selected">mspan> of 600 a capacity (as per capacity of corresponding inco<span class="text-red-selected">mspan>ing / bus couplers) , and auxilliary bus bars ofsuitable capacity with heat shrunk coloured sleeves and i/c s<span class="text-red-selected">mspan>c bus bars supports at required intervals co<span class="text-red-selected">mspan>plete for cross section, size supports & their spacing etc. for withstanding fault level of50ka .(ii)<span class="text-red-selected">mspan>ccb 400 a<span class="text-red-selected">mspan>ps, 415 volt, 36 ka, 4 pole,<span class="text-red-selected">mspan>icroprocessor release- 01 no for inco<span class="text-red-selected">mspan>ing (extended rotary operating handle, phase spreader links and phase barriers ) <span class="text-red-selected">mspan>ake: legrand/schenider/si<span class="text-red-selected">mspan>ensoutgoings(i) 3nos- 125a ,25 ka tpn<span class="text-red-selected">mspan>ccb/acbwith <span class="text-red-selected">mspan>icroprocessor release (3# hot water generator)(ii) <span class="text-red-selected">mspan>cb 10 a<span class="text-red-selected">mspan>p,tpn,10ka, c curve - 06, 3 nos for pu<span class="text-red-selected">mspan>ps , 2 nos for pu<span class="text-red-selected">mspan>ps ,01 nos for glycol transfer pu<span class="text-red-selected">mspan>p(iii) led phase indication la<span class="text-red-selected">mspan>ps (01 set) with 2a<span class="text-red-selected">mspan>p back up <span class="text-red-selected">mspan>cb,breaker on/off indicating light with 2a <span class="text-red-selected">mspan>cb, test ter<span class="text-red-selected">mspan>inal block set, circuits as per standard practice, auxiliary contacts for positive interlocking of the breakers as required. - 2 set (iv) digital a<span class="text-red-selected">mspan><span class="text-red-selected">mspan>eter with in built ass,<span class="text-red-selected">mspan>etering c.t.scast resin type, 15va, and accuracy class-1of 800/5a for <span class="text-red-selected">mspan>easuring current in each phase - 01 set.(v) all accessories prewired with appropriate size copper strip or wire and thi<span class="text-red-selected">mspan>bles etc. all as required including foundations as per <span class="text-red-selected">mspan>anufacturers reco<span class="text-red-selected">mspan><span class="text-red-selected">mspan>endations all as directed by engnr-in-charge.note : contractor will sub<span class="text-red-selected">mspan>it the drawing for approval of panel to ge before execution. 69 lt cables : supply & laying/ fixing of following size xlpe insulated and pvc sheathed copper conductor ar<span class="text-red-selected">mspan>oured cable/unar<span class="text-red-selected">mspan>oured as required of 1.1 kv grade co<span class="text-red-selected">mspan>plete as require (isi <span class="text-red-selected">mspan>arked) (in ground/in pipe/in duct/on surface/on cable tray) 70 3.5 core x 70 sq.<span class="text-red-selected">mspan><span class="text-red-selected">mspan>. (electric hot water generator) 71 4.0 core x 10 sq.<span class="text-red-selected">mspan><span class="text-red-selected">mspan>. (pu<span class="text-red-selected">mspan>p) and (pressurization unit) 72 2 core x 10 sq.<span class="text-red-selected">mspan><span class="text-red-selected">mspan>. (pu<span class="text-red-selected">mspan>p) 73 2 core x 6 sq.<span class="text-red-selected">mspan><span class="text-red-selected">mspan> (pressurization unit) 74 earthing co<span class="text-red-selected">mspan>plete with copperearth plate electrode of size 60c<span class="text-red-selected">mspan> x 60c<span class="text-red-selected">mspan> x 6<span class="text-red-selected">mspan><span class="text-red-selected">mspan> buried directly in ground vertically at a depth not less than 2.25 <span class="text-red-selected">mspan>etre below nor<span class="text-red-selected">mspan>al ground level with top edge of earth plate at a depth not less than 1.5 <span class="text-red-selected">mspan>etre below nor<span class="text-red-selected">mspan>al ground level surrounded fro<span class="text-red-selected">mspan> all sides by 15 c<span class="text-red-selected">mspan> thick and packed layer of charcoal dust and co<span class="text-red-selected">mspan><span class="text-red-selected">mspan>on salt filling in alternate layers etc and connected to and including copper strip of size 32x6 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> up to 7.5 <span class="text-red-selected">mspan>tr by <span class="text-red-selected">mspan>eans of bolts, nuts, check nuts and washers <span class="text-red-selected">mspan>ade of brass and protected by light grade 40<span class="text-red-selected">mspan><span class="text-red-selected">mspan> dia upto 7.5 <span class="text-red-selected">mspan>tr long gi pipe connected to <span class="text-red-selected">mspan>ain controlboard and gi pipe light grade 20<span class="text-red-selected">mspan><span class="text-red-selected">mspan> bore for watering and including funnel, wire <span class="text-red-selected">mspan>esh, rcc pit cover 50<span class="text-red-selected">mspan><span class="text-red-selected">mspan> thick and pcc cha<span class="text-red-selected">mspan>ber pit with pcc 1:2:4 type c2 (including excavation and earth work disposal of surplus soil to a distance not exceeding 50 <span class="text-red-selected">mspan>etre) and testing <span class="text-red-selected">mspan>aking test point and testing after co<span class="text-red-selected">mspan>pletion all as specified and shown on plate no 3 of ssr part-i 2009 co<span class="text-red-selected">mspan>plete all as specified & directed by engr-in-charge 75 s&f rubber <span class="text-red-selected">mspan>atting confor<span class="text-red-selected">mspan>ing to is-15652-2006 co<span class="text-red-selected">mspan>plete as required. of size2<span class="text-red-selected">mspan> x 1<span class="text-red-selected">mspan> x 25 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> 76 glycol - water solutionsupplying of ethylene glycol concentrate along with the necessary additives and inhibitor in cognition in sealed barrels co<span class="text-red-selected">mspan>plete all as directed.note;- (i) the glycol concentrate shall be <span class="text-red-selected">mspan>ixed with potable water supplied by contractor and filled in central heating syste<span class="text-red-selected">mspan> pipe line after proper leak test of entire circuit. the glycol water <span class="text-red-selected">mspan>ixture ratio shall be 45 : 55 and freezing te<span class="text-red-selected">mspan>perature shall be - 45 degree celcius (ii) first charge of glycol is included in the quoted rate. first charge include charge in chs pipe linestorage tank. (glycol 45 % ,water 55 %) 77 for chs 78 supply of gycol for running of plant for 12 <span class="text-red-selected">mspan>onths 79 glycol circulating pu<span class="text-red-selected">mspan>p: supply, erection, testing and co<span class="text-red-selected">mspan><span class="text-red-selected">mspan>issioning oftransfer pu<span class="text-red-selected">mspan>ps for the capacity of 5 lp<span class="text-red-selected">mspan> 5 <span class="text-red-selected">mspan>eter head for glycol fluidtransfer with base fra<span class="text-red-selected">mspan>e foundation, bolts coupling coupling guard,tefc, (oe<span class="text-red-selected">mspan> design hp for the required flowand head ) andother accessories for proper function of the pu<span class="text-red-selected">mspan>p. 80 oxygen gas <span class="text-red-selected">mspan>anhold : supply , installation , testing and co<span class="text-red-selected">mspan><span class="text-red-selected">mspan>ission 4+4 oxygen <span class="text-red-selected">mspan>anifold with <span class="text-red-selected">mspan>iddle fra<span class="text-red-selected">mspan>e, tail pipe, nrv and essab <span class="text-red-selected">mspan>ake 10x14 regulator co<span class="text-red-selected">mspan>plete all as specified and directed by engr in charge . 81 supply , installation , testing and co<span class="text-red-selected">mspan><span class="text-red-selected">mspan>ission 3 cylinder e<span class="text-red-selected">mspan>ergency inlet for oxygen co<span class="text-red-selected">mspan>plete all as specified and directed by engr in charge . 82 supply , installation , testing and co<span class="text-red-selected">mspan><span class="text-red-selected">mspan>ission auto<span class="text-red-selected">mspan>atic control panel with analog display 02 for oxygen co<span class="text-red-selected">mspan>plete all as specified and directed by engr in charge. 83 s&f of copper tubing of size 15 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> od, en -13348 grade , 0.9 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> wall thickness including proper saddling , cla<span class="text-red-selected">mspan>ping and insertion of branches connections including all fitting for <span class="text-red-selected">mspan>edical use, co<span class="text-red-selected">mspan>plete all as specified and directed by engr in charge. 84 s&f of copper tubing of size 12 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> od, en -13348 grade , 0.9 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> wall thickness including proper saddling , cla<span class="text-red-selected">mspan>ping and insertion of branches connections including all fitting for <span class="text-red-selected">mspan>edical use, co<span class="text-red-selected">mspan>plete all as specified and directed by engr in charge. 85 s&f bs type gas outle with probe for oxygen for <span class="text-red-selected">mspan>edical co<span class="text-red-selected">mspan>pleate all as specified and directed by engr in charge 86 s&f 1/2 brass ball valve with end fittings including all fittings for <span class="text-red-selected">mspan>edical useco<span class="text-red-selected">mspan>plete all as specified and directed by engr in charge. 87 s&f bpc flow <span class="text-red-selected">mspan>eter (0-15 lp<span class="text-red-selected">mspan>) including hu<span class="text-red-selected">mspan>idfire bottle co<span class="text-red-selected">mspan>plete all as specified and directed by engr in charge . 88 s&f 3/8 brass ball valveincluding all fittings for co<span class="text-red-selected">mspan>plete all as specified and directed by engr in charge. 89 stand by dg set : supply,install, test and co<span class="text-red-selected">mspan><span class="text-red-selected">mspan>issioning of silent diesel engine generating set 415 volts, 3 phase, 4 wireengine as per is08528 confor<span class="text-red-selected">mspan>ing to cpcb nor<span class="text-red-selected">mspan>s iv, and alternator as per is08528 of capacity 400 kva at ntp with control panel having <span class="text-red-selected">mspan>eters, sound proof canopy etc with foundation (as per oe<span class="text-red-selected">mspan> design) including all accessories as per <span class="text-red-selected">mspan>anufactures standard and as per the details given below and independent relay panel for auto<span class="text-red-selected">mspan>atic on <span class="text-red-selected">mspan>ains failure:- ac generator should be suitable for a<span class="text-red-selected">mspan>bient conditions at ni<span class="text-red-selected">mspan>u leh area. 90 (a) alternator : standard design alternator rated at 400 kva (320kw)net output at power factor 0.8, ac, 3 phase 4 wire, 415 v, 50 cycles/second, 1500 rp<span class="text-red-selected">mspan> self excited, self regulated, screen protected, drip proof ip 23 enclosure, brush less design, voltage regulation ± 2.5 % rated voltage fro<span class="text-red-selected">mspan> no load to full load and frequency regulation within ± 1.5 % tolerence. (b)diesel engine : vertical diesel engine of suitable capacity, water cooled, closed circuit as per bs-649 or is-1002 direct injection type turbo charged, electric starting syste<span class="text-red-selected">mspan> having rated speed 1500 rp<span class="text-red-selected">mspan>. the dg set shall be capable for running with 10% over loading for 01 hour in every 12 hours as perbs-5514/bs-649. engine shall be <span class="text-red-selected">mspan>ulti cylinder, <span class="text-red-selected">mspan>ulti stroke, direct injection andequipped with all standard fitting as per <span class="text-red-selected">mspan>anufactures reco<span class="text-red-selected">mspan><span class="text-red-selected">mspan>endations and <span class="text-red-selected">mspan>ounted on co<span class="text-red-selected">mspan><span class="text-red-selected">mspan>on base fra<span class="text-red-selected">mspan>e with following specifications.(a) fly wheel with housing (i) co<span class="text-red-selected">mspan><span class="text-red-selected">mspan>on base fra<span class="text-red-selected">mspan>e of sturdy design suitable for anti vibration <span class="text-red-selected">mspan>ounting and per<span class="text-red-selected">mspan>anent concrete foundation for <span class="text-red-selected">mspan>ounting engine and alternator as per <span class="text-red-selected">mspan>anufacturers instructions (b) cooling syste<span class="text-red-selected">mspan> (i) radiator with fan & belts & guard, rubber hoses and ther<span class="text-red-selected">mspan>ostat. (ii) cooling water pu<span class="text-red-selected">mspan>p centrifugal type . 91 (c) governer : electronic governer (d) electric starting syste<span class="text-red-selected">mspan> : electric self starter , 24 volts dc(12 volt, 150 ah battery 2 nos)charging alternatorasper<span class="text-red-selected">mspan>anufacturers design,copper leads with lugs of adequate size co<span class="text-red-selected">mspan>plete with initial charging of <span class="text-red-selected">mspan>aintenance free battery 2x12 volt 150 ah capacity. (e) generator <span class="text-red-selected">mspan>onitoring panel : co<span class="text-red-selected">mspan>prising of following :- (i) <span class="text-red-selected">mspan>icroprocessor based genset controller for <span class="text-red-selected">mspan>etering, <span class="text-red-selected">mspan>onitoring, governing and protection. (ii) engine protection for low lub oil pressure, high coolant te<span class="text-red-selected">mspan>perature (alar<span class="text-red-selected">mspan> & shutdown) (iii) alternator protection para<span class="text-red-selected">mspan>eters like under voltage, over current, under frequency, over frequency (alar<span class="text-red-selected">mspan> & shut down) (f) accessories:av<span class="text-red-selected">mspan> pads built or separately <span class="text-red-selected">mspan>ounted to <span class="text-red-selected">mspan>anufacturer base fra<span class="text-red-selected">mspan>es. (g) coupling arrange<span class="text-red-selected">mspan>ents: fixed coupling, flywheel to suit fixed coupling and fly wheel housing.(h) exhaust syste<span class="text-red-selected">mspan> : should have equipped with e<span class="text-red-selected">mspan>ission control device as per latest govt nor<span class="text-red-selected">mspan>s. silencer co<span class="text-red-selected">mspan>plete with exhaust pipe of suitable size upto and out side the building all covered with asbestos rope of suitable size all as specified and as directed.(j) fuel tank: daily service fuel tank of capacity suitable for 8 hours continuous operation <span class="text-red-selected">mspan>ade out of 3 <span class="text-red-selected">mspan><span class="text-red-selected">mspan> thick (heat retardant) sheet with indicating gauge, built inside the acoustic enclosures or as per <span class="text-red-selected">mspan>anufacturers design 92 (c)acoustic enclosure : all as per cpcb nor<span class="text-red-selected">mspan>s iv and oe<span class="text-red-selected">mspan> of dg sets design.(d)a<span class="text-red-selected">mspan>f panel : supply, install, testing and co<span class="text-red-selected">mspan><span class="text-red-selected">mspan>issioning of a<span class="text-red-selected">mspan>f panel outdoor type, cubical body,dust and ver<span class="text-red-selected">mspan>in proof<span class="text-red-selected">mspan>ade up of crca sheet painted with two coats of synthetic ena<span class="text-red-selected">mspan>elled paint over a coat of red oxide pri<span class="text-red-selected">mspan>er confir<span class="text-red-selected">mspan>ing to ip 45 with front and rear opening with louvers and<span class="text-red-selected">mspan>ounted on floor with pcc pedestal pillars with a clearance of atleast 0.3 <span class="text-red-selected">mspan> above ground level with glands sockets etc with provision of cable entry fro<span class="text-red-selected">mspan> botto<span class="text-red-selected">mspan> all pre wired and connected co<span class="text-red-selected">mspan>plete with following accessories:-(i) <span class="text-red-selected">mspan>icroprocessor based panel -01 no(ii) power contactor heavy duty suitable for generator and <span class="text-red-selected">mspan>ains (iii) over load relay for genset (iv) suitable rating isolating switch <span class="text-red-selected">mspan>ccb for both dg & <span class="text-red-selected">mspan>ain supply.(v) <span class="text-red-selected">mspan>ulti functioning <span class="text-red-selected">mspan>eter to indicate voltage, current, frequency, p f, kw & kwh etc (vi) e<span class="text-red-selected">mspan>ergency stop push button.(vii)set of indicaters : - (a)low lube oil pressure (b) dg set over load(viii) push button to start, stop (ix) <span class="text-red-selected">mspan>ode selector switch i.e auto/<span class="text-red-selected">mspan>anual/test/ off.(x) set of instru<span class="text-red-selected">mspan>ent fuse (xi)set of alu<span class="text-red-selected">mspan>iniu<span class="text-red-selected">mspan> bus bar of 600 a<span class="text-red-selected">mspan>ps capacity 3 ph, 4 wire syste<span class="text-red-selected">mspan> (xii) auto<span class="text-red-selected">mspan>atic battery charging unit with dc volt<span class="text-red-selected">mspan>eter, a<span class="text-red-selected">mspan><span class="text-red-selected">mspan>eter and selector switch for trickle/ boost charging.(xiii) by pass arrange<span class="text-red-selected">mspan>ent of <span class="text-red-selected">mspan>ain supply when a<span class="text-red-selected">mspan>f circuit fail due to any fault with provision of suitable rating change overs and switches. 93 the following ite<span class="text-red-selected">mspan>s are dee<span class="text-red-selected">mspan>ed to be included in the rate quoted for all dg sets:- (i) dhpp for testing purpose shall be supplied by the contractor without any extra cost to depart<span class="text-red-selected">mspan>ent. (ii)the contractor shall arrange for artificial load (water load/electrical load) for testing for final testing of dg set at site and the cost is dee<span class="text-red-selected">mspan>ed to be including in above offer. (iii) testing of sound level should carried out at the site in presence of engineer-in-charge(iv) one set of latest spare part catalogue with price, exploded view of parts and users <span class="text-red-selected">mspan>anual are dee<span class="text-red-selected">mspan>ed to be included in the quoted rate.(v) all civil works including foundation for dgset as per <span class="text-red-selected">mspan>anufacturers drawing/ specification, foundation for a<span class="text-red-selected">mspan>f panel shall dee<span class="text-red-selected">mspan>ed to be included in the quoted rate.(vi) the rate quoted is dee<span class="text-red-selected">mspan>ed to be included for initial filling of radiator coolant and lubricating oil upto level.
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443 Defence
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Government Departments
TRN :48032485 |  19 May, 2025
Tender Value : 0
 Mumbai - Maharashtra
Tender for bids are invited for kh620b-6400x3000x12.5<span class="text-red-selected">mspan><span class="text-red-selected">mspan>(plate hy 80 6400x3000x12.5<span class="text-red-selected">mspan><span class="text-red-selected">mspan>) , kh620b-600x3000x20<span class="text-red-selected">mspan><span class="text-red-selected">mspan>(plate hy 80 6700x3000x20 <span class="text-red-selected">mspan><span class="text-red-selected">mspan>) , kh6270b- 8000x2000x30<span class="text-red-selected">mspan><span class="text-red-selected">mspan>(hy 80 steel plate) , alloy steel plate total quantity : 7
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444 Railway Transport
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Central Government/Public Sector
TRN :33777421 |  06 Feb, 2026
Tender Value : 0
 Palakkad - Kerala
Tender for supply of single cot with locker including <span class="text-red-selected">mspan>osquito net fra<span class="text-red-selected">mspan>e: cot fra<span class="text-red-selected">mspan>e of size 75 x 30 fabricated w ith 18 swg cr sheet thickness, cot to have 3 stiffeners of size 72 x 3 of 16 swg thickness. ear piece of cot fabri cated with 10 swg plate, legs fabricated with 1.5 sq.pipe, pipe of 16 swg thickness. with cot locker of size 2.5 l x 18 b x 15 h to fixed at the botto<span class="text-red-selected">mspan> of the cot fra<span class="text-red-selected">mspan>e. cot to have <span class="text-red-selected">mspan>osquito fra<span class="text-red-selected">mspan>es. warranty .3 year. w arranty period: 36 <span class="text-red-selected">mspan>onths after the date of delivery
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445 Railway Transport
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Central Government And Public Sector
TRN :33601358 |  02 Dec, 2025
Tender Value : 0
 Dibrugarh - Assam
Tender for supply of <span class="text-red-selected">mspan>ounting plate for gravity tap. <span class="text-red-selected">mspan>ounting plate for gravity tap as per drg. no. le63147 alt b or latest. warranty p eriod: 30 <span class="text-red-selected">mspan>onths after the date of delivery
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