Procurement Of Glasswares- 1 Beaker na). The beaker should be uniform wall thickness distribution for ideal for heating liquids, b). It should complies with IS 2619 and DIN 12331 and High resistance to chemical attack c). Capacity 5ml and Approx O.D x height in 22x30mm 2 Beaker na). The beaker should be uniform wall thickness distribution for ideal for heating liquids, b). It should complies with IS 2619 and DIN 12331 and High resistance to chemical attack c). Capacity 10ml and Approx O.D x height in 26x35mm 3 Beaker na). The beaker should be uniform wall thickness distribution for ideal for heating liquids, b). It should complies with IS 2619 and DIN 12331 and High resistance to chemical attack c). Capacity 25ml and Approx O.D x height in 34x50mm 4 Beaker na). The beaker should be uniform wall thickness distribution for ideal for heating liquids, b). It should complies with IS 2619 and DIN 12331 and High resistance to chemical attack c). Capacity 50ml and Approx O.D x height in 42x60mm 5 Beaker na). The beaker should be uniform wall thickness distribution for ideal for heating liquids, b). It should complies with IS 2619 and DIN 12331 and High resistance to chemical attack c). Capacity 100ml and Approx O.D x height in 50x70mm 6 Beaker na). The beaker should be uniform wall thickness distribution for ideal for heating liquids, b). It should complies with IS 2619 and DIN 12331 and High resistance to chemical attack c). Capacity 250ml and Approx O.D x height in 70x95mm 7 Beaker na). The beaker should be uniform wall thickness distribution for ideal for heating liquids, b). It should complies with IS 2619 and DIN 12331 and High resistance to chemical attack c). Capacity 500ml and Approx O.D x height in 83x115mm 8 Beaker na). The beaker should be uniform wall thickness distribution for ideal for heating liquids, b). It should complies with IS 2619 and DIN 12331 and High resistance to chemical attack c). Capacity 2000ml and Approx O.D x height in 105x145mm 9 Beaker na). The beaker should be uniform wall thickness distribution for ideal for heating liquids, b). It should complies with IS 2619 and DIN 12331 and High resistance to chemical attack c). Capacity 2000ml and Approx O.D x height in 130x185mm 10 Beaker na). The beaker should be uniform wall thickness distribution for ideal for heating liquids, b). It should complies with IS 2619 and DIN 12331 and High resistance to chemical attack c). Capacity 3000ml and Approx O.D x height in 150x210mm 11 Beaker na). The beaker should be uniform wall thickness distribution for ideal for heating liquids, b). It should complies with IS 2619 and DIN 12331 and High resistance to chemical attack c). Capacity 5000ml and Approx O.D x height in 170x270mm 12 Beaker na). The beaker should be uniform wall thickness distribution for ideal for heating liquids, b). It should complies with IS 2619 and DIN 12331 and High resistance to chemical attack c). Capacity 10000ml and Approx O.D x height in 220x350mm 13 Beaker tong na). It made of stainless stell, b). It should provide with silicon sleeves or in fibre glass yarn to resist direct flame 14 a). Bottle should be with Plain narrow mouth and graduated with interchangeable flast head glass stopper with 60ml Capacity and Approx O.D x height in 45x 90mm and neck stopper size14/23, b). It complies with IS 1388(Part II and c). It should be mechnically strong and chemical resistant with supplied with sold glass stopper 15 a). Bottle should be with Plain narrow mouth and graduated with interchangeable flast head glass stopper with 100ml Capacity and Approx O.D x height in 56x105 mm and neck stopper size14/23, b). It complies with IS 1388(Part II and c). It should be mechnically strong and chemical resistant with supplied with sold glass stopper 16 a). Bottle should be with Plain narrow mouth and graduated with interchangeable flast head glass stopper with 125ml Capacity and Approx O.D x height in 56x145 mm and neck stopper size19/26, b). It complies with IS 1388(Part II and c). It should be mechnically strong and chemical resistant with supplied with sold glass stopper 17 a). Bottle should be with Plain narrow mouth and graduated with interchangeable flast head glass stopper with 250ml Capacity and Approx O.D x height in 70x145 mm and neck stopper size 19/26, b). It complies with IS 1388(Part II and c). It should be mechnically strong and chemical resistant with supplied with sold glass stopper 18 a). Bottle should be with Plain narrow mouth and graduated with interchangeable flast head glass stopper with 500ml Capacity and Approx O.D x height in 86x180 mm and neck stopper size 24/29, b). It complies with IS 1388(Part II and c). It should be mechnically strong and chemical resistant with supplied with sold glass stopper 19 a). Bottle should be with Plain narrow mouth and graduated with interchangeable flast head glass stopper with 1000ml Capacity and Approx O.D x height in 100x230 mm and neck stopper size 29/32, b). It complies with IS 1388(Part II and c). It should be mechnically strong and chemical resistant with supplied with sold glass stopper 20 a). Bottle should be with Plain narrow mouth and graduated with interchangeable flast head glass stopper with 2000ml Capacity and Approx O.D x height in 136x255 mm and neck stopper size 34/35, b). It complies with IS 1388(Part II and c). It should be mechnically strong and chemical resistant with supplied with sold glass stopper 21 a). Bottle should be with screw cap and pouring ring and graduated with 50ml capacity and Approx O.D and height is 46X 87mm , threat specification GL32 b). It should be matt-finished enamelled are for marking and mechanically strong and chemcal resistant, c). The Screw cap and pouring are made of PP and autoclavable and it complies with Is 1388 (Part I) 22 a). Bottle should be with screw cap and pouring ring and graduated with 100ml capacity and Approx O.D and height is 56X 100mm , threat specification GL45, b). It should be matt-finished enamelled are for marking and mechanically strong and chemcal resistant, c). The Screw cap and pouring are made of PP and autoclavable and it complies with Is 1388 (Part I) 23 a). Bottle should be with screw cap and pouring ring and graduated with 250ml capacity and Approx O.D and height is 70X 140mm , threat specification GL45, b). It should be matt-finished enamelled are for marking and mechanically strong and chemcal resistant, c). The Screw cap and pouring are made of PP and autoclavable and it complies with Is 1388 (Part I) 24 a). Bottle should be with screw cap and pouring ring and graduated with 500ml capacity and Approx O.D and height is 86X 176mm , threat specification GL45, b). It should be matt-finished enamelled are for marking and mechanically strong and chemical resistant, c). The Screw cap and pouring are made of PP and autoclavable and it complies with Is 1388 (Part I) 25 a). Bottle should be with screw cap and pouring ring and graduated with 1000ml capacity and Approx O.D and height is 101X 225mm , threat specification GL45, b). It should be matt-finished enamelled are for marking and mechanically strong and chemical resistant, c). The Screw cap and pouring are made of PP and autoclavable and it complies with Is 1388 (Part I) 26 a). Bottles should be with screw cap and pouring ring and graduated and Amber in colour with 50ml capacity and approx O.D x height in 46x87mm, and threat specification GL32, b). It should be matt-finished enamelled area for marking and mechanically strong and chemical resistant, c). The Screw cap and pouring are made of PP and autoclavable, protect from light radiation with a wave length between 300nm and 500nm d). The colour is applied only on the external surface and the properties within the bottle remain unchanged and it complies with IS 1388 (Part II) 27 a). Bottles should be with screw cap and pouring ring and graduated and Amber in colour with 100ml capacity and approx O.D x height in 56x100mm, and threat specification GL45, b). It should be matt-finished enamelled area for marking and mechanically strong and chemical resistant, c). The Screw cap and pouring are made of PP and autoclavable, protect from light radiation with a wave length between 300nm and 500nm d). The colour is applied only on the external surface and the properties within the bottle remain unchanged and it complies with IS 1388 (Part II) 28 a). Bottles should be with screw cap and pouring ring and graduated and Amber in colour with 250ml capacity and approx O.D x height in 70x140mm, and threat specification GL45, b). It should be matt-finished enamelled area for marking and mechanically strong and chemical resistant, c). The Screw cap and pouring are made of PP and autoclavable, protect from light radiation with a wave length between 300nm and 500nm d). The colour is applied only on the external surface and the properties within the bottle remain unchanged and it complies with IS 1388 (Part II) 29 a). Bottles should be with screw cap and pouring ring and graduated and Amber in colour with 500ml capacity and approx O.D x height in 86x176mm, and threat specification GL45, b). It should be matt-finished enamelled area for marking and mechanically strong and chemical resistant, c). The Screw cap and pouring are made of PP and autoclavable, protect from light radiation with a wave length between 300nm and 500nm d). The colour is applied only on the external surface and the properties within the bottle remain unchanged and it complies with IS 1388 (Part II) 30 a). Bottles should be with screw cap and pouring ring and graduated and Amber in colour with 1000ml capacity and approx O.D x height in 101x205mm, and threat specification GL45, b). It should be matt-finished enamelled area for marking and mechanically strong and chemical resistant, c). The Screw cap and pouring are made of PP and autoclavable, protect from light radiation with a wave length between 300nm and 500nm d). The colour is applied only on the external surface and the properties within the bottle remain unchanged and it complies with IS 1388 (Part II) 31 a). Bottles should be Plain narrow mouth reagent bottles graduated with interchangeable flat head stopper with 60ml capacity and approx O.D x height in 40x100mm, and Neck size is 14/23 and Amber in colour, b). It should be matt-finished enamelled area for marking and mechanically strong and chemical resistant, c). Supplied with solid glass stopper and it should be protect from light radiation with a wave length between 300nm and 500nm d). The colour is applied only on the external surface and the properties within the bottle remain unchanged and it complies with IS 1388 (Part II) 32 a). Bottles should be Plain narrow mouth reagent bottles graduated with interchangeable flat head stopper with 100ml capacity and approx O.D x height in 56x105mm, and Neck size is 14/23 and Amber in colour, b). It should be matt-finished enamelled area for marking and mechanically strong and chemical resistant, c). Supplied with solid glass stopper and it should be protect from light radiation with a wave length between 300nm and 500nm, d). The colour is applied only on the external surface and the properties within the bottle remain unchanged and it complies with IS 1388 (Part II) 33 a). Bottles should be Plain narrow mouth reagent bottles graduated with interchangeable flat head stopper with 125ml capacity and approx O.D x height in 56x120mm, and Neck size is 19/26 and Amber in colour, b). It should be matt-finished enamelled area for marking and mechanically strong and chemical resistant, c). Supplied with solid glass stopper and it should be protect from light radiation with a wave length between 300nm and 500nm, d). The colour is applied only on the external surface and the properties within the bottle remain unchanged and it complies with IS 1388 (Part II) 34 a). Bottles should be Plain narrow mouth reagent bottles graduated with interchangeable flat head stopper with 250 ml capacity and approx O.D x height in 70x145mm, and Neck size is 19/26 and Amber in colour, b). It should be matt-finished enamelled area for marking and mechanically strong and chemical resistant, c). Supplied with solid glass stopper and it should be protect from light radiation with a wave length between 300nm and 500nm, d). The colour is applied only on the external surface and the properties within the bottle remain unchanged and it complies with IS 1388 (Part II) 35 a). Bottles should be Plain narrow mouth reagent bottles graduated with interchangeable flat head stopper with 500 ml capacity and approx O.D x height in 86x182 mm, and Neck size is 24/29 and Amber in colour, b). It should be matt-finished enamelled area for marking and mechanically strong and chemical resistant, c). Supplied with solid glass stopper and it should be protect from light radiation with a wave length between 300nm and 500nm, d). The colour is applied only on the external surface and the properties within the bottle remain unchanged and it complies with IS 1388 (Part II) 36 a). Bottles should be Plain narrow mouth reagent bottles graduated with interchangeable flat head stopper with 1000 ml capacity and approx O.D x height in 101x230mm, and Neck size is 29/32 and Amber in colour, b). It should be matt-finished enamelled area for marking and mechanically strong and chemical resistant, c). Supplied with solid glass stopper and it should be protect from light radiation with a wave length between 300nm and 500nm, d). The colour is applied only on the external surface and the properties within the bottle remain unchanged and it complies with IS 1388 (Part II) 37 a). Bottles should be Plain narrow mouth reagent bottles graduated with interchangeable flat head stopper with 2000 ml capacity and approx O.D x height in 136x255mm, and Neck size is 34/35 and Amber in colour, b). It should be matt-finished enamelled area for marking and mechanically strong and chemical resistant, c). Supplied with solid glass stopper and it should be protect from light radiation with a wave length between 300nm and 500nm, d). The colour is applied only on the external surface and the properties within the bottle remain unchanged and it complies with IS 1388 (Part II) 38 a). Bottles should be dropping liquid with pipette & rubber teat with 30ml capacity, Appox O.D x height in 35x84mm and socket size 14/19 b). It should be made from 3.3 borosilicate glass and have highly chemical resistance with interchangeable ground joint pipette with rubber teat 39 a). Bottles should be dropping liquid with pipette & rubber teat with 60ml capacity, Appox O.D x height in 42x100mm and socket size 14/19 b). It should be made from 3.3 borosilicate glass and have highly chemical resistance with interchangeable ground joint pipette with rubber teat 40 a). Bottles should be dropping liquid with pipette & rubber teat with 125ml capacity, Appox O.D x height in 55x120mm and socket size 19/26 b). It should be made from 3.3 borosilicate glass and have highly chemical resistance with interchangeable ground joint pipette with rubber teat 41 a). Bottles should be dropping liquid with pipette & rubber teat with 250ml capacity, Appox O.D x height in 65x147mm and socket size 19/26 b). It should be made from 3.3 borosilicate glass and have highly chemical resistance with interchangeable ground joint pipette with rubber teat 42 a). Bottles should be dropping liquid with pipette & rubber teat – Amber in colour with 30 ml capacity, Appox O.D x height in 35x84mm and socket size 14/19 b). It should be made from 3.3 borosilicate glass and have highly chemical resistance with interchangeable ground joint amber pipette with rubber teat 43 a). Bottles should be dropping liquid with pipette & rubber teat – Amber in colour with 60 ml capacity, Appox O.D x height in 42x100mm and socket size 14/19 b). It should be made from 3.3 borosilicate glass and have highly chemical resistance with interchangeable ground joint amber pipette with rubber teat 44 a). Bottles should be dropping liquid with pipette & rubber teat – Amber in colour with 125 ml capacity, Appox O.D x height in 55x120mm and socket size 19/26 b). It should be made from 3.3 borosilicate glass and have highly chemical resistance with interchangeable ground joint amber pipette with rubber teat 45 a). Bottles should be dropping liquid with pipette & rubber teat – Amber in colour with 250 ml capacity, Approx O.D x height in 65 x 147mm and socket size 19/26, b). It should be made from 3.3 borosilicate glass and have highly chemical resistance with interchangeable ground joint amber pipette with rubber teat 46 for joint fittings – B 14 in mm 47 for joint fittings – B 19 in mm 48 for joint fittings – B 24 in mm 49 for joint fittings – B 29 in mm 50 a). It is used for weighing, with interchangeable stopper and 40 ml capacity with Approx O.D x height should be 60x40 mm, b). It complies with IS 1574 and Mechanically strong and Chemical resistance property 51 a). Straight bore glass stopcock with 25 ml capacity, b). Accuracy as per Class B of IS 1997: 2008 and generally use for Titration process and graduation interval is 0.10ml 52 a). Straight bore PTFE key stopcock with 50 ml capacity, b). Accuracy as per Class B of IS 1997: 2008 and generally use for Titration process and graduation interval is 0.10ml 53 a). Straight bore glass stopcock with 100 ml capacity, b). Accuracy as per Class B of IS 1997: 2008 and generally use for Titration process and graduation interval 0.20ml 54 a). The flask should be made of uniform wall thickness distribution with capacity is 50 ml, Approx O.D x height 51x 90mm and Approx neck O.D is 22mm, b). It should be useful for mixing of liquids and easy to read scale and large labelling field facilitate easy marking c). Graduated from 25ml to 50ml 55 a). The flask should be made of uniform wall thickness distribution with capacity is 100 ml, Approx O.D x height 64x 105mm and Approx neck O.D is 22mm, b). It should be useful for mixing of liquids and easy to read scale and large labelling field facilitate easy marking c). Graduated from 25ml to 100ml 56 a). The flask should be made of uniform wall thickness distribution with capacity is 250 ml, Approx O.D x height 85x 145mm and Approx neck O.D is 34mm, b). It should be useful for mixing of liquids and easy to read scale and large labelling field facilitate easy marking c). Graduated from 25ml to 250ml 57 a). The flask should be made of unifor wall thickness distribution with capacity is 500 ml, Approx O.D x height 105x 180mm and Approx neck O.D is 34mm, b). It should be useful for mixing of liquids and easy to read scale and large labelling field facilitate easy marking c). Graduated from 25ml to 500ml 58 a). The flask should be made of uniform wall thickness distribution with capacity is 1000 ml, Approx O.D x height 131 x 220mm and Approx neck O.D is 50mm, b). It should be useful for mixing of liquids and easy to read scale and large labelling field facilitate easy marking c). Graduated from 25ml to 1000ml 59 a). The flask should be made of uniform wall thickness distribution with capacity is 2000 ml, Approx O.D x height 166 x 280mm and Approx neck O.D is 52mm, b). It should be useful for mixing of liquids and easy to read scale and large labelling field facilitate easy marking c). Graduated from 25ml to 2000ml 60 a). The flask should be made of uniform wall thickness distribution with capacity is 3000 ml, Approx O.D x height 187 x 310mm and Approx neck O.D is 50mm, b). It should be useful for mixing of liquids and easy to read scale and large labelling field facilitate easy marking c). Graduated from 25ml to 3000ml 61 a). The flask should be made of uniform wall thickness distribution with capacity is 5000 ml, Approx O.D x height 220 x 365mm and Approx neck O.D is 50mm, b). It should be useful for mixing of liquids and easy to read scale and large labelling field facilitate easy marking c). Graduated from 25ml to 5000ml 62 a) It should be Gooch type made of 3.3 borosilicate glass with sintered disc and capacity is 50 ml, porosity grade is 1mm, Dia of disc 40mm, Approx height 65mm b). Crucible to analytical work where precipitates are dried to constant weight at 110 degree, c). It should not be subjected to sudden temperature changes, 63 a). Dishes should be reinforced and fire-polished rims, b). It should have large labelling field for eeasy marking with high chemical resistance c). It should be high resistance to thermal shocks with Approx O.D x height is 100x50mm 64 a). Dishes should be reinforced and fire-polished rims, b). It should have large labelling field for eeasy marking with high chemical resistance c). It should be high resistance to thermal shocks with Approx O.D x height is 150x75mm 65 a). Flat bottom with pp screw cap - 5 ml - (16x50) mm, b). It should be made of Type I ClassA 3.3 expansion borosilicate glass (ASTM 438), c). The cap should be facilitate handling and sealing, caps should be autoclavable (steam sterilisation up to 121degree) 66 a). Flat bottom with pp screw cap – 10 m l- (25X50 ) mm, b). It should be made of Type I ClassA 3.3 expansion borosilicate glass (ASTM 438), c). The cap should be facilitate handling and sealing, caps should be autoclavable (steam sterilisation up to 121degree) 67 a).Flat bottom with pp screw cap – 20 ml- (25X72 ) mm, b). It should be made of Type I ClassA 3.3 expansion borosilicate glass (ASTM 438), c). The cap should be facilitate handling and sealing, caps should be autoclavable (steam sterilisation up to 121degree) 68 a). Flat bottom with pp screw cap with capacity– 20 ml- Amber (25X72) mm, b). It should be made of Type I ClassA 3.3 expansion borosilicate glass (ASTM 438), c). The cap should be facilitate handling and sealing, caps should be autoclavable (steam sterilisation up to 121degree) 69 a). Desiccators with Cover and Porcelain Plate, Plastic Knob, b). Desiccator base and cover made of borosilicate glass and useful for drying under atmospheric pressure with ground glass flanges, c). It Contains Plates are positioned on an internal ledge within the base generally used for drying of moist products and Id ground flange should be – 300 mm 70 a). Erlenmeyer flask should be Narrow mouth with interchangeable stopper and interchangeable joint size should be 14/23 -25 ml b).The flask can be closed with a glass stopper and while heating stopper should be removed 71 a). Erlenmeyer flask should be Narrow mouth with interchangeable stopper and interchangeable joint size should be 24/29 -100 ml b).The flask can be closed with a glass stopper and while heating stopper should be removed 72 a). Erlenmeyer flask should be Narrow mouth with with interchangeable stopper and interchangeable joint should be- 24/29 - 250 ml, b).The flask can be closed with a glass stopper and while heating stopper should be removed 73 a). The neck finish is design for good strength and to ensure good stopper fit, b).It is ideal use for Bucher Funnel category no: 36060 and Gooch Crucible No: 32060 with sintered Dis and with tubulation – 500 ml 74 a). The neck finish is design for good strength and to ensure good stopper fit, b).It is ideal use for Bucher Funnel category no: 36060 and Gooch Crucible No: 32060 with sintered Discs and with tubulation – 1000 ml 75 a). The neck finish is design for good strength and to ensure good stopper fit, b).It is ideal use for Bucher Funnel category no: 36060 and Gooch Crucible No: 32060 with sintered Discs and with tubulation – 2000 ml 76 a). Clamp is Four finger, it may Zinc or Alluminium diacasted, b).it is coated with LEAD-Free powder coating and fitted with brass screw which makes it totally Rust-Free, c).Four finger clamp has cork lined jaws holds up to 90mm articles, d).it is provided with 8mm diameter and 150mm long stainless steel(Grade 201) rod 77 Funnel is made 3.3 borosilicate glass, Complies with IS standards, Designed with a 60degree bowl angle to ensure precise fitting of the filter paper, and High Thermal shock resistance and chemical resistance, Diameter is 50 mm, OD: 8mm Length: 50mm 78 Funnel is made 3.3 borosilicate glass, Complies with IS standards, Designed with a 60degree bowl angle to ensure precise fitting of the filter paper, and High Thermal shock resistance and chemical resistance, Diameter is 100 mm OD:10mm Length: 100mm 79 a). Glass pipette sturdy designed to last long and markings are made in permanent amber stain diffused into the surface of the glass for better visibility and durability, b). Pipette supplied with individual NABL Calibration certificate showing actual volume dispensed and providing traceability to national standards-5 ml, c). 0.05 graduation interval 80 a). Glass pipette sturdy designed to last long and markings are made in permanent amber stain diffused into the surface of the glass for better visibility and durability, b). Pipette supplied with individual NABL Calibration certificate showing actual volume dispensed and providing traceability to national standards-10 ml c). 0.1 graduation interval 81 a). Glass pipette sturdy designed to last long and markings are made in permanent amber stain diffused into the surface of the glass for better visibility and durability, b). Pipette supplied with individual NABL Calibration certificate showing actual volume dispensed and providing traceability to national standards-25 ml c). 0.2 graduation interval 82 Graduation in amber enamel, Single Metric Scale with pour out with hexagonal base-5 ml 83 Graduation in amber enamel, Single Metric Scale with pour out with hexagonal base-10 ml 84 Graduation in amber enamel, Single Metric Scale with pour out with hexagonal base-25 ml 85 Graduation in amber enamel, Single Metric Scale with pour out with hexagonal base-50 ml 86 Graduation in amber enamel, Single Metric Scale with pour out with hexagonal base-100 ml 87 Graduation in amber enamel, Single Metric Scale with pour out with hexagonal base-250 ml 88 Graduation in amber enamel, Single Metric Scale with pour out with hexagonal base-500 ml 89 Graduation in amber enamel, Single Metric Scale with pour out with hexagonal base-1000 ml 90 Graduation in amber enamel, Single Metric Scale with pour out with hexagonal base-2000 ml 91 Boss head made of Zinc and Aluminium pressure die casted, it can hold a rod up to 16mm diameter at 90degree angle and Swive boss head rotate at 360degree angle and it should be coated with LEAD-FREE powder coating with Nickel plated thumb screw 92 Strong circular mild steel ring with 6mm diameter stem and open boss head fitted with thumb screw to accept rods from 8mm to 15mm diameter, size in 3 inches 93 Made of 3.3 borosilicate glass with uniform wall thickness distribution and the round bottom shape make them ideal for heating and generally used in distillation and extraction process, large labelling field50 ml (interchangeable joint-24/29) 94 Made of 3.3 borosilicate glass with uniform wall thickness distribution and the round bottom shape make them ideal for heating and generally used in distillation and extraction process, large labelling field-100 ml (interchangeable joint-24/29) 95 Made of 3.3 borosilicate glass with uniform wall thickness distribution and the round bottom shape make them ideal for heating and generally used in distillation and extraction process, large labelling field-250 ml (interchangeable joint-24/29) 96 Made 3.3 borosilicate glass USP Type I, Equipped with a standard glass stopcock and pear shape with stem, generally used for the separation phase stopper sizesize-24/29 - 250 ml 97 Made 3.3 borosilicate glass USP Type I, Equipped with a standard glass stopcock and pear shape with stem, generally used for the separation phase stopper size-24/29 - 500 ml 98 Made 3.3 borosilicate glass USP Type I, Equipped with a standard glass stopcock and pear shape with stem, generally used for the separation phase stopper size-29/32 - 1000 ml 99 Silicone tubing for distillation unit and laboratory application and heat resistance temperature range: -40 to +205 degree Celsius and dimensions are(4 mm ID x 7 mm OD) 10meters/box 100 Silicone tubing for distillation unit and laboratory application and heat resistance temperature range: -40 to +205 degree Celsius and dimensions are(8 mm ID x 12 mm OD) 10 meters/box 101 Silicone tubing for distillation unit and laboratory application and heat resistance temperature range: -40 to +205 degree Celsius and dimensions are(10 mm ID x 14 mm OD) 10meters/box 102 The clamp is made of aluminium PDC (Eco) Feature black PVC sleeves for firm gripping of burettes and adjustable burette clamp is suitable for all burettes up to 100ml which are held in place by the stand 103 Made of polished 3.3 borosilicate glass and Approx O.D and Length is 7x150mm 104 Made of polished 3.3 borosilicate glass and Approx O.D and Length is7x255 mm 105 Made of polished 3.3 borosilicate glass and Approx O.D and Length is 9x255 mm 106 Made of polished 3.3 borosilicate glass and Approx O.D and Length is 9x305 mm 107 Interchangeable Ground joint-10/15, solid, penny head 108 Interchangeable Ground joint-14/15, solid, penny head 109 Interchangeable Ground joint-24/25, solid, penny head 110 made of borosilicate and designed with round bottom and high thermal resistant and Designed by with rim Approx O.D and Length is 10x75 mm – 3 ml 111 made of borosilicate and designed with round bottom and high thermal resistant and Designed by with rim Approx O.D and Length is 15x150mm mm – 15 ml 112 made of borosilicate and designed with round bottom and high thermal resistant and Designed by with rim Approx O.D and Length is 18x150 mm – 27ml 113 Manufactured from 3.3 borosilicate, USP Type I glass for corrosion free performance and Amber enamel inscriptions and Stopper size is 10/15, 10ml 114 Manufactured from 3.3 borosilicate, USP Type I glass for corrosion free performance and Amber enamel inscriptions and Stopper size is 10/15, 25ml 115 Manufactured from 3.3 borosilicate, USP Type I glass for corrosion free performance and Amber enamel inscriptions and Stopper size is 10/15, 50ml 116 Manufactured from 3.3 borosilicate, USP Type I glass for corrosion free performance and Amber enamel inscriptions and Stopper size is 14/15, 100ml 117 Manufactured from 3.3 borosilicate, USP Type I glass for corrosion free performance and Amber enamel inscriptions and Stopper size is 14/15, 250ml 118 Manufactured from 3.3 borosilicate, USP Type I glass for corrosion free performance and Amber enamel inscriptions and Stopper size is 19/20, 500ml 119 Manufactured from 3.3 borosilicate, USP Type I glass for corrosion free performance and Amber enamel inscriptions and Stopper size is 19/20, 1000ml 120 Manufactured from 3.3 borosilicate, USP Type I glass for corrosion free performance and Amber enamel inscriptions and Stopper size is 24/25, 2000ml 121 Manufactured from 3.3 borosilicate, USP Type I glass for corrosion free performance and Amber enamel inscriptions and Stopper size is 34/35, 5000ml 122 a). It is made of borosilicate glass and Complies with EN ISO 648, capacity 5ml, Tolerance 0.01 to0.05b). Generally used for accurate measurement and decanting for liquids 123 a). It is made of borosilicate glass and Complies with EN ISO 648, capacity 10ml, Tolerance 0.01 to0.05b). Generally used for accurate measurement and decanting for liquids 124 a). It is made of borosilicate glass and Complies with EN ISO 648, capacity 25ml, Tolerance 0.01 to0.06b). Generally used for accurate measurement and decanting for liquids 125 a). It is made of borosilicate glass and Complies with EN ISO 648, capacity 50ml, Tolerance 0.05 to0.5 b). Generally used for accurate measurement and decanting for liquids 126 made of soda glass, A special process is used that result in an absolutely flat curved surface and high clarity capacity 80ml 127 made of soda glass, A special process is used that result in an absolutely flat curved surface and high clarity capacity 100ml 128 Liebig, , drip tip, interchangeable inner and outer joint(24/29), Approx jacket length 300mm and Approx Overall height 450mm and Simple design with light wall of the inner tube facilitates heat transfer further low cool capacity 129 Graham, coiled Distillate type, drip tip, interchangeable inner and outer joint(24/29), Approx jacket length 300mm and Approx Overall height 450mm and Designed with top standard taper outer and lower inner drip tip joint
