borosil pricelist 2015-16_lr

8/17/2019 Borosil Pricelist 2015-16_LR

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Dear Customers,

Warm greetings for the new financial year. It is always my great pleasure to present to you our Pricelist,stwhich becomes effective from 1 April, 2015.

At Borosil, our goal is to be the most customer centric organization in the laboratory consumables

industry. For this reason, we place YOU, our customer, at the centre point of all our activities. Our aim is

to ensure that we deliver up to 90% our entire product range off the shelf within 24 hours of your

requirement. In order to achieve this goal, we have invested heavily in SAP for better information

availability, multiple warehousing points, over-capacity in our production processes and most

importantly, in training and development of our people.

In addition to our off the shelf delivery promise, we also closely watch developments in your industriesand keep evolving our product range to meet these needs. This means we have yet another range of

new products that can be found on page 18 of this catalogue.

Our credibility is our most important asset. Our brand stands for high performance and guaranteed

customer satisfaction. For this reason, we continue to demand the highest quality from our product as

well as our people. Our entire team is committed to work with you to ensure that you are 100% satisfied

with our value addition.

We want you to be in touch with us. Please drop me a line at to [email protected]

your feedback with me or just to simply say hello!

I take this opportunity to wish all of you the very best for the year ahead.

Best regards,

S. Kheruka

Borosil Glass Works Ltd.

an ISO 9001: 2008 certified company

Phone : +91-22-6740 6300Website : www.borosil.com

Corporate Office : 1101, Crescenzo, G - Block, Opp. MCA Club,Bandra Kurla Complex, Bandra (E), Mumbai, India

S. KHERUKAManaging Director

1

Message from theManaging Director’s Desk


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Corporate Profile

The Borosil Group comprises two independentcompanies – Borosil Glass Works Ltd. and GujaratBorosil Ltd.

Borosil Glass Works Ltd. (BGWL)was established inDecember 1962 in collaboration with Corning GlassWorks, USA, to manufacture borosilicate lowexpansion glass. In December 1988, Corningdivested its shareholding to the current Indianpromoters, who have been leading manufacturers ofsheet glass in India, since 1961.

Borosil is the market leader in laboratory glasswareand microwavable kitchenware in India.

Borosil's Scientific and Industrial Products (SIP)Division offers a wide range of equipment includinglaboratory glassware, instruments, disposableplastics, liquid handling systems and explosion-prooflighting glassware, through a network of 150 dealersspread across the length and breadth of the country.Quality, accuracy and dependability have becomethe hallmarks of the Borosil brand. For 52 years,Borosil has enjoyed the trust of its loyal customersthat include leading pharmaceutical companies, R&Dlaboratories, scientific, health and educationalinstitutions. Borosil glass is used in over 2,000different products and applications, as diverseMicrobiology, Biotechnology, Photo Printing, ProcessSystems and Lighting.

State of the art

manufacturing facilityat Bharuch


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Borosil's Consumer Products Division sellsmicrowavable and flameproof kitchenware, glasstumblers, melamine dinner and serveware, homeappliances, and home décor products through over10,000 retail outlets. Our products are synonymouswith elegance, dependability, safety and ease of use.In the kitchenware segment in India, Borosil is ageneric term for microwavable glassware. BOROSILcontinues to remain amongst India's best known andmost trusted brands for the last 52 years.

Gujarat Borosil Ltd. (GBL) was established in 1994for the production of sheet glass using the UpdrawPittsburg process. Gujarat Borosil's 230 ton-per-daysheet glass furnace has the ability to manufactureglass that ranges from 3 mm to 12 mm thickness.Borosil sheet glass is used all over India for a variety of

architectural applications. Recently, Gujarat Borosilhas established a 150 ton-per-day low iron patternedglass furnace for the manufacture of hightransmission glass that is used in the solar industry.The manufacturing unit comprises top-of-the-lineEuropean equipment. Leading solar modulemanufacturing companies worldwide are customersof this product. This plant is the first and only one ofits kind in India, and has been developed specificallyfor the fast-growing solar industry.


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special or non-standard glassware

We undertake the manufacture of special glassware to agreedspecifications. Please send us your queries at the addressbelow, including complete details of specifications, anddrawings wherever possible. We would be pleased to assistyou in formulating specifications within normal working

tolerances. Usually, we only accept orders with a minimum ex-works value of INR 10,000/-.

Corporate Office :Borosil Glass Works Ltd.Crescenzo, G-Block, Opp. MCA Club,Bandra Kurla Complex,Bandra (E), Mumbai - 400 051, IndiaTel : 022 - 6740 6300Fax : 022 - 6740 6514Email : [email protected]

foreword

conditions of sale

Borosil Glass Works Ltd. presents to you, this Borosil Scientificand Laboratory Glassware Pricelist. Unless specificarrangements have been made to the contrary, the pricescontained in this Pricelist are applicable to all goodsdespatched on or after April 01, 2015.

These supersede all previous prices. All prices stated herein arethe recommended maximum price per piece in INR, and areexclusive of Value Added Tax or Local Sales Tax, CentralSales Tax, any delivery charges, octroi and other statutory andnon-statutory levies. The dealers are at liberty to charge priceslower than those stipulated herein.

At Borosil, it is our policy to market our laboratory glassware

through our wide network of Authorised Dealers. Strategicallylocated all over India, they are best equipped to satisfy theindividual requirements of users across the nation. Theproducts supplied will usually be in accordance withillustrations and descriptions however, Borosil reserves theright to make alterations and modifications depending uponcircumstances and/or changes in official specifications, or as aresult of design improvements.

Although the products are guaranteed for glass quality andworkmanship, Borosil shall not be liable for any loss or damage

or injury, arising directly or indirectly from the use of theseproducts.

The images given in the catalogue are for reference purposeonly. Detailed products may differ from the images.

4


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certification

ISO certificate

Individual calibration certificate

Individual Calibration Certificateis available on our website shortly


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automatic blank production facility

State-of-art auto blowing facility used to produce blanks withuniform wall thickness and ensure exact shape and dimensionaccording to the standards.

All the blanks are manufactured from 3.3 Low ExpansionBorosilicate Glass with controlled Internal Diameter tubing.


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unique annealing facility

All glasswares pass through annealing LehrBorosilchamber where the stresses are eliminated undercontrolled heating and cooling process

This annealing process ensures the long lasting printingquality. In order to get highest level of precision, carefullycontrolled gradual heating and cooling procedures areessential

petri dish manufacturing facility


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8

Borosil is India's single largest manufacturer of a complete range ofVolumetric Glassware. Borosil's Volumetric products are used in alllaboratories from high-end pharmaceutical production companies tohigh schools and colleges.Borosil adheres to the highest quality standards, right from the rawmaterial used to the measurement and calibration of the finishedproduct. Visual and physical quality checks are undertaken at eachstage of production, in order to ensure the highest quality product for

customers.Borosil ensures that every Volumetric Glassware product is of thehighest quality in the following parameters:

1. Accuracy: Please see 'Calibration Process' for a detailedunderstanding of how Borosil Volumetric Glassware is the mostaccurate in the world.

2. Mechanical Strength: All Borosil laboratory glassware productsare annealed in a special chamber wherein the stress developedduring the manufacturing process is eliminated with a controlledheating and cooling process. Moreover, Borosil's productionprocesses ensure uniform wall thickness across all products,thereby enhancing their mechanical strength.

3. Thermal Shock Resistance: The annealing process furtherensures that Borosil products are free of residual stress. Theuniform wall thickness of Borosil products prevents damage owingto repeated heating and cooling in laboratories.

4. Chemical Durability: All Borosil laboratory glassware productsare manufactured using 3.3 low expansion ASTM E-438 Type 1Class A borosilicate glass. This glassware, by nature, is resistant toattack from acids, salt solutions and organic solvents.

calibration process


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9

calibration process

Computer controlled automatic calibration machine with optical laser beams to prevent human errorand ensure highest level of accuracy and precision

Borosil performs the calibration process with fully automaticstate-of-the-art calibration machines that eliminate anypossibility of human error. This also ensures a high degree ofrepeatable measurements for all Borosil Volumetric products.Borosil has an in-house set-up of a well-equippedtemperature-controlled calibration laboratory with precisionelectronic balances, thermometers and stopwatches that aretraceable to national standards. Calibration of VolumetricGlassware is entrusted to only trained and experiencedtechnicians.The following steps are carried out by highly precise, fullyautomated computer-controlled machines:

1. Filling the Volumetric blanks with a precisely-definedamount of de-mineralized water under controlledtemperature.

2. The meniscus is determined with a laser-controlled camera

at the exact lowest point of the water level, and thecalibration mark is made with a fine diamond wheel. Thisgives accuracies that cannot be achieved by manualcalibration.

3. Cylinders, Burettes and Pipettes are marked at a minimumof two calibration points.

4. The wet surface area factor is always taken into account,throughout the process.

5. The calibration laboratory is temperature, light controlledand temperature is maintained at 23°C ± 2°C.

All Volumetric Glassware is calibrated either asTo contain TC / InThe contained quantity of liquid corresponds exactly to thecapacity indicated on the article (e.g. graduated cylinders andvolumetric flasks).

To deliver TD / ExThe delivered quantity of liquid corresponds exactly to thecapacity indicated on the article. (e.g. pipette and burettes).

These steps ensure that each and every Volumetric productleaving the facility meets the highest internationalBorosilstandards and can be used for various purposes with thehighest degree of repeatability and accuracy.


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Rain water harvesting has been deployed in our 110 acre facility inGujarat, since 2003.

Wind energy is the source of 48% of all the electricity that we consume.

Our Borosolar water heating systems are used to heat the watersupplied in all Borosil Guesthouses and Colonies.

Our other energy efficient measures include advanced waste heatrecovery systems and solar lighting.

Our in-house 9 hole par 36 Golf Course is maintained by using thewater from our rain water harvesting initiative.

Borosil supports and runs a school, for children from neighbouringvillages and employees' children.

Borosil proposes to open a hospital in the near future.

We nurture

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C o n t e n t s

Description Cat Pg

No. No.

Foreword 4

Technical Data 19

Care & Maintenance 20

Cleaning Specific Types Of Glassware 22

Autoclaving Laboratory Glassware 25NABL Products 26-31

Low Form, With Spout 1000 33

Beaker Tablet Distintegration 1006 33

Tall Form, Without Spout 1040 34Tall Form, With Spout 1060 34

Conical, With Spout 1080 35

Aspirator, Outlet For Tubing 1220 37

Aspirator, Outlet For Stopper 1240 37Aspirator With i/c Stopper 1245 38

B.O.D. With i/c Interchangeable Stopper 1250 38

Culture, Roux, Offset Neck 1290 39

McCartney Flat With Aluminium Screw Cap 136N 39

Milk Dilution, Graduated With Screw Cap 1370 40

Reagent, Narrow Mouth, With i/c Flat Head 1500 41

Stopper

Reagent, Wide Mouth, With Screw Cap 1501 41

Reagent, Narrow Mouth, With i/c Flat Head 1503 42

Screw Cap with Pouring Ring

Pouring Ring Blue Colour 1504 42

Red Screw Cap Without Pouring Ring 1505 42

Bottle Reagent Square 1506 43

Stopper Amber 1509 43

Reagent, Wide Mouth With Screw Cap 1519 44

Solution, Plain Tooled Neck 1585 45

Solution, Amber, Tooled Neck 1589 45

Relative Density, Capillary Bore, 1624 46

i/c Teflon Stopper, CertifiedRelative Density, Capillary Bore, 1625 46

i/c Teflon Stopper, Certified

Specific Gravity Bottle with Thermometer 1627 47

Weighing, With i/c Stopper 1630 47

Description Cat Pg No. No.

Dropping with Pipette & Rubber Teat 1640 48

Dropping with Pipette & Rubber Teat Amber 1650 48

Wash, With i/c Stopper 1660 49

Stoppers Only For Wash Bottles 1661 49

Bottles Only For Wash Bottles 1662 50Plastic Clamp for Joint Fittings 1665 51

Wash Bottle, Plastic 166P 51

Gas Washing With i/c Stopper 1760 52

Stopper For Gas Washing Bottles 1761 52

Bottles Only For Gas Washing Bottles 1762 52

Tubes, Gas Sampling 1764 53

Impinger 1765 53

Pinchcock 2118 56

Boroflo, Class A 2121 57

Boroflo, Class B 2122 57

Straight Bore Stopcock, Class A 2123 58

Straight Bore Stopcock, Class B 2124 58

Double Oblique Bore Stopcock, Class A 2125 59

Double Oblique Bore Stopcock, Class B 2126 59Double Oblique Bore, Boroflo Stopcock, Class A 2127 60

Double Oblique Bore, Boroflo Stopcock, Class B 2128 60

Straight Bore PTFE Stopcock Class A 2129 61

Straight Bore, PTFE Stopcock, Class B 2130 61

Automatic Zero, Double Oblique 2131 62

Boroflo Stopcock Amber Colour Class A

Boroflo Stopcock Amber Colour Class B 2132 62

Bore Boroflo s/c Class A 2145 63

Automatic Zero, Double Oblique

Bore Boroflo s/c Class B 2146 63Bore Glass s/c Class A 2147 64

Automatic Zero, Double Oblique 2148 64

Bore Glass s/c Class B

Automatic Zero, Mounted On Reservoir, 2149 65

Glass s/c Class A


Glass s/c, Class B

Automatic Zero, Mounted On Reservoir, 2149A 66

Glass s/c Class A, Amber

Automatic Zero, Mounted On Reservoir, 2150A 66Glass s/c Class B, Amber


PTFE s/c, Class A

Beakers

Bottles

Burettes

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C o n t e n t s

12


Graduated With Pour Out, Class B 3022 80

Graduated as per ASTM D 86 3023 81

Graduated With Pour Out Schellbach Type 3024 81

Graduated With i/c Stopper Class A, ASTM 3026 82

Graduated With i/c Stopper Class B, ASTM 3027 82

Karsten tube Horizontal 3030 83

Karsten Tube Vertical 3031 83

Tapped Density Cylinder 3032 84



Rain Measure, Graduated 3070 85

With Cover Plastic Knob 3082 86

With PTFE Spindle Vacuum 3083 86

With Cover Plastic Knob, Amber 3084 87

With PTFE Spindle Amber Vacuum 3085 87

Crystallizing 3140 89

Culture, Petri 3160 89

Culture Petri S-line 3165 90

Trays, Drying 3170 91

Evaporating 3180 91

Ammonia With Graham Condenser i/c joints 3340 93

With Graham Condenser i/c joints and i/c stopper 3360 93

With Friedrichs Condenser i/c joint 3380 94With Friedrichs Condenser i/c joint (compact) 3440 94

Essential Oil Determination Apparatus 3450 95


Automatic Zero, Mounted On Reservoir 2154 67

PTFE s/c, Class B


PTFE s/c, Class A, Amber

Automatic Zero, Mounted On Reservoir 2154A 68PTFE s/c, Class B


Boroflo s/c, Class A


Boroflo s/c, Class B


Boroflo s/c, Class A, Amber


Boroflo s/c, Class B, Amber

Sediment, Imhoff, Sharp Tip 2160 71

Sediment, Imhoff, Blunt Tip 2180 71

Liebig 2340 73

Liebig With i/c Joints 2400 73

Allihn With i/c Joints 2480 74

Graham Coiled Distillate Type, With i/c Joints 2560 74

Friedrich With i/c Joints 2640 75

Double Surface 2641 75

Colour Comparison, Nessler 2975 78

Graduated With i/c Stopper, Class A 2981 79

Graduated With i/c Stopper, Class B 2982 79

Graduated With Pour Out, Class A 3021 80

ConesDessicators

Condensers

Cylinders

Dishes

Distilling Apparatus


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Boiling, Flat Bottom 4060 115

Boiling Flat Bottom With i/c Joint 4100 115

Boiling Round Bottom 4260 116

Dissolution Flask 4265 117

Flask with Side Cut 4266 117

Flask As per USP, Amber 4267 118

Flask with side cut, As per USP, Amber 4268 118

Dissolution apparatus without side cut as per USP 4270 119Boiling, Pear Shaped With i/c Joint 4315 119

Pear Shape Suitable for Rotary Evaporators

With Ground Socket 4320 120

Reaction, Wide Mouth, Flat Flange 4330 121

Lids For Reaction Flask 4331 121

Boiling Round Bottom Short Neck With i/c Joint 4380 122

Round Bottom Two Neck, Center Neck,

And One Angled Side Neck With i/c Joint 4381 123

Round Bottom Two Neck, Center Neck,

And One Parallel Neck With i/c Joint 4382 124Round Bottom Three Necks, Center Neck

And Two Angled Side Neck With i/c Joint 4383 125

Round Bottom Three Necks, Center Neck

And Two Parallel Side Neck With i/c Joint 4384 126

Round Bottom Four Necks, Center Neck

And Three Angled Side Neck With i/c Joint 4385 127

Round Bottom Four Necks, Center Neck

And Three Parallel Side Neck With i/c Joint 4386 128

Culture, Haffkine 4422 129

Distilling, With Side Arm 4620 129Distilling, With i/c joint as per ASTM D86 4621 130

Erlenmeyer, Conical, Narrow Mouth 4980 131

Erlenmeyer, Conical, Long Neck, Without Rim 4981 132

Conical Without Rim 4982 132

Erlenmeyer, Conical, Amber 4989 133

Erlenmeyer, Conical, Narrow Mouth With i/cJoint 5000 133

Chromatography sprayers 5010 134

Chromatography sprayers head 5011 134

Tilt Measure 5015 135

Erlenmeyer, Conical, Narrow Mouth With i/cStopper, Amber 5019 135


Clevenger Apparatus 3451 95

Alcohol Distillation Unit 3452 96

R M Value Apparatus 3454 96Dean And Stark 3602 97

All Glass, Single Distillation unit 3361 99

All Glass, Double Distillation unit 3362 100

Mono Quartz Distillation unit

with Quartz Boiler and Borosilicate Condenser 3363 102

Mono Quartz Distillation unit

with Quartz Boiler and Quartz Condenser 3364 103

All Quartz Double Distillation unit,

Demountable Bolier Panel Series 3365 105

Water Softener 3367 107

Aqua Therm Heat Exchanger 3368 107

Silicon Tubing 3369 108Cabinet Still 3370 109

Mansingh Survismeter 3453 110

Soxhlet Extractor 3740 112

Condenser, Allihn For Soxhlet Apparatus 3741 112Extraction Apparatus, complete

Allihn Condenser with i/c joint 3840 113

Flasks

Water Distillation Unit

Mansingh Survismeter

Extraction Appratus

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C o n t e n t s


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C o n t e n t s

Volumetric Flasks

Jars

Funnels

Filtration Assembly

Chromatography Columns

14

Gas Generator


Plain With Glass Stopcock 6100 160

Plain With Boroflo Stopcock 6110 161

Plain With PTFE Stopcock 6120 161

Plain With Sintered Disc And Glass Stopcock 6101 162

Plain With Sintered Disc And Boroflo Stopcock 6111 163

Plain With Sintered Disc And PTFE Stopcock 6121 163

oPlain, 60 Angle, Long Stem 6140 165

Tubes funnel test tubes 6150 165

Powder 6220 166

Powder stem with cone 6230 166

Separating, Globe Shape 6340 167

Separating, Pear Shape 6400 168Separating, Pear Shape Boroflo s/c,

i/c Glass Stopper 6402 168

Separating, Pear Shape PTFE s/c

I/c Glass Stopper 6403 169

Pressure Equilising Cylindrical

With PTFE Stopcock 6405 169

6550 170

Jars, Rectangular, Museum with Cover 6910 171

S-Line Museum Jar 6920 171


Erlenmeyer, Conical, Narrow Mouth With 5020 136

i/c Stopper

Conical With Screw Cap 5021 136

Erlenmeyer, Conical, Wide Mouth 5100 137

Arsenic determination apparatus as per USP 5200 137Arsenic determination apparatus Gutzeit 5201 138

Arsenic determination apparatus as per BP 5202 138

Arsenic determination apparatus as per IP 5203 139

Arsenic determination apparatus as per IS 5204 139

Filtering, Bolt Neck With Tubulation 5340 140

Iodine Determination With i/c Stopper 5400 140

Kjeldahl, Round Bottom 5420 141

Kjeldahl, With i/c Joint 5430 141

All Glass Filter Holder 5350 143

Glass filter holder with silicon stopper 5360 144

Glass holder with silicon stopper 5370 145

Petroleum Jars 5639 148

Volumetric With i/c Stopper, Class A 5640 149

Volumetric With i/c Stopper, Class B 5641 150Volumetric Wide Mouth with i/c Stopper Class A 5643 151

Volumetric With i/c LDPE Stopper, USP Class A 5645 152

Volumetric With i/c Stopper, Amber, Class A 5648 153

Volumetric With i/c Stopper, Amber, Class B 5649 154

Volumetric, Sugar Estimation Without Stopper 5650 155

Volumetric, Class A with Red Mark 5651 156

Volumetric, Class A with Blue Mark 5652 157

Volumetric, Wide Mouth, Class A, Amber 5653 158

Volumetric, Wide Mouth, Class A, Amber 5655 159


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Tubes

Pipettes

Weighing Scoop

15

C o n t e n t s

Kettles

Description Cat Pg

No. No.

Blood Sugar, Folin-wu 7840 185

Digestion, Folin-wu 7920 185

Centrifuge, Conical Bottom, Plain 8060 185

Centrifuge Conical Bottom, Graduated 8080 186

Centrifuge, Conical Graduated i/c Stopper 8084 186

Stoppers interchangeable ground joint solid

Penny head 8100 186

Centrifuge, Short Conical Bottom, Heavy Duty

Plain 8320 187Centrifuge, Short Conical Bottom, Heavy Duty

Graduated 8340 187

Stoppers interchangeable ground joint solid

penny head amber 8400 187

Adapter, Enlarging With i/c Joints 8800 188

Adapter, Reducing With i/c Joints 8820 188

Receiver Bent With Vaccum Connection 8830 189

Slopping Plane Still Head 8841 189

With Rim 9800 190

For culture collection 9801 190

Without Rim 9820 191

Tube Flat Bottom Without RIM 9821 191

Tube Flat Bottom with RIM 9822 192

Test Tubes, Graduated, With i/c Stopper 9830 192

COD Digestion Tube 9835 193

Stirrer 9850 193Stirrer with PTFE Blade 9860 194


Resin Reaction 6947 172

Bottoms Only For Kettles No. 6947 6948 173

Covers Only For Kettles No. 6947 6949 173

Artificial Insemination 7040 176

Drum Sampling 7041 176

Bacteriological Graduated 7056 177

Milk Gerber Tests 7057 177

Measuring (Mohr Type) Class A 7059 178

Measuring (Mohr Type) Class B 7060 178

Measuring (Mohr Type) Class B White Marking 7062 179

Serological, Class A 7079 179

Serological, Class B 7080 180

Serological, Class B White Marking 7082 180

Transfer, Volumetric, Class A 7100 181

Transfer, Volumetric Class A as per ASTM 7101 181

Transfer, Volumetric, Class B 7102 182

Transfer, Volumetric, Class B as per ASTM 7103 182

Ostwald - Folin 7105 183

Transfer, Volumetric Class A as per ASTM, Amber 7106 183

Adapters

Test Tubes / Culture Tubes

7600 184High Vacuum

Stopcock

7200 184


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C o n t e n t s


Culture, Media, Round Bottom, With Screw Cap 9900 195

Culture Amber Media Round Bottom,

With Screw Cap 9901 195

Culture Media, Flat Bottom, With Screw Cap 9910 196

Culture Media, Flat Bottom, With Screw CapAnd Rubber Liner 9911 196

Watch Glasses S-line 9986 197

Technical Data 198

Cleaning Of Sintered Ware 199

Crucibles, Gooch Type With Sintered 32060 200

Tubes, Filter For Gooch Crucibles 32061 200

Funnels, Buchner Type With Sintered Disc 36060 201

Tubes, Sealed, Reduced Ends (Pipeline Filter),

With Sintered Disc 39580 202

Beakers, Low Form, With Spout 1002 203

Muffle Trays 3175 204

Dishes / Basins, Round With Spout 3185 204

Combustion, Boat With Handle 3186 204

Crucible, Without Lid 3190 205

Lids For Crucible 3191 205

Volatile Matter Crucible 206

Silica, Triangle On Nichrome (Translucent) 3198 206

Flasks Conical 4984 207

Volumetric Flasks 5644 215

Quartz Circular Capsule 8600 207

Sintered Ware

Quartz Ware

Chromatography Vials

Microscope Slides

16

Watch Glasses


9mm or Universally Compatible Screw Cap Vials 210

10 mm or Wide Mouth Screw Cap Vials 212

11mm Snap Cap Vials 213

11mm Crimp Cap Vials 214

13mm or Screw Cap Rinse Vials 215

20mm Headspace GC Vials 216

Microscope Slides 9100 219

Cover glass 9115 220

Vetroclean 9001 221

Vetroclean


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Liquid Handling Systems

17

Description Pg No.

Bulk

10 µl Universal Graduated Tips 23410 µl Long Universal Graduated Tips 234

20 µl Universal Graduated Tips with filter only 234


100 µl Universal Graduated Tips With Filter only 235

200 µl Universal Graduated Tips 235

1000 µl Universal Graduated Tips 235Rack

10 µl Universal Graduated Tips 23610 µl Long Universal Graduated Tips 236



100 µl Universal Graduated Tips With Filter only 237

200 µl Universal Graduated Tips 237

1000 µl Universal Graduated Tips 237Reloading stack 238

Empty Tips Boxes 238

Kjeldahl Digestion 239

Kjeldahl Dstillation 243COD Digestion 245Soxhlet Hot Extraction 246

Authorised DealersWestern Region 248 - 249

Northern Region 250 - 251

Southern Region 251 - 253

Eastern Region 254 - 255

Caution Notice 256


Bottle Top Dispensers Pinnacle Model 2012 223

Bottle Top Dispensers -Research Model 2011 223

Bottle Top Dispensers - Spares 2011 224]Bottle Top Dispensers - Spares 2012 224

Fixed Volume Micropipettes Single Channel 7001 225

Semi Autoclavable

Variable Volume Micropipettes Single Channel 7002 225Semi Autoclavable

Fixed Volume Single Channel Fully Autoclavable 7111 227Micropipette Excel

Variable Volume Single Channel Fully 7112 227Autoclavable Micropipette Excel

Variable Volume Multichannel (8 Channel) 7113 228Fully Autoclavable Micropipette Excel

Variable Volume Multichannel (12 Channel) 7114 228Fully Autoclavable Micropipette Excel

Fixed Volume Miniature Micropipettes 7000 229Single Channel

Stands For Micropipettes 7009 229

Variable Volume Electronic Micropipettes 7022 230Single Channel

Tips for Micropipette 7031 230

Electronic Pipette Filling Devices 7005 230

C o n t e n t s

Premium Pipettes Tips

Micro Centrifuge Tubes 231

I n f r a R e d R a p

i d D i g e s t i o n U

n i t

B o r o s i l

Apparatus’


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from BOROSIL1505 - Red Screw Cap without Pouringring for Laboratory bottles, autoclavable

0upto 200 C

2149A-Burettes, Automatic Zero,Accuracy as per Class A IS 1997:2008 / ISO 385 : 2005, WithReservoir, Rubber Bellow, GlassStopcock, Amber With Certificate

2153A-Burettes, Automatic Zero,Accuracy as per Class A IS 1997:2008 / ISO 385 : 2005, WithReservoir, Rubber Bellow, PTFEStopcock Amber With Certificate

2155A-Burettes, Automatic Zero,Accuracy as per Class A IS 1997:2008 / ISO 385 : 2005, WithReservoir, Rubber Bellow AndBoroflo Stopcock Amber WithCertificate

7106 - Pipet tes , Transfer,Volumetric, Class A, Accuracy AsPer USP, Amber

Lo o k W h a t ’s

N E W

1665 - Plastic Clamp For Joint Fittings

Page No. 42 Page No. 51

Page No. 66 Page No. 68 Page No.70 Page No. 183

Dispenser Bottle Top PinnacleModel

Apparatus’

Page No. 223 Pages 239 - 246

Page No. 207

8600 -Quartz CircularCapsule

Page No. 207

4984 - QuartzFlasks, ConicalHi-Vacuum Stopcock

Page No. 184

Micro Centrifuge Tube

Page No. 231

I n f r a R e d R a p

i d D i g e s t i o n U n i t

B o r o s i l


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technical data

From the 16th century to the present day, chemical researchteams have been using glass containers for a very simplereason… As the glass container is transparent, the contentsand the reaction are clearly visible. However, since chemists

need to heat, cool and mix chemical substances, ordinaryglass is not always appropriate for laboratory work.

Laboratory work requires apparatus made of glass that canreadily be moulded into any desired shape or form. It requiresglass that offers maximum inertness when in contact with thewidest range of chemical substances. The glass should havethe capability to withstand thermal shock without fracture, andit should facilitate high temperature work without deforming.It should be resilient enough to survive the everyday knocks towhich it will be subjected in normal laboratory handling,

washing and sterilising processes.

Borosil is the trade name of such a glass.

The products represent optimum mechanical, thermal andchemical behaviour. This glass is used in laboratories as well asfor industrial applications, where thermal shock resistance,mechanical resistance as well as unusual chemical resistanceare required.

Borosil glass is a low alkali borosilicate Type 3.3 glass. Its typicalchemical composition is given below. It is virtually free of theMagnesia-Lime-Zinc group, and is also completely free ofarsenic and other heavy material.

The typical thermal properties of Borosil glassware arementioned below :

Borosil Low Expansion Borosilicate Glass:

Approx % by weight SiO 812 B O 132 3 Na O / K O 42 2 Al O 22 3

Thermal PropertiesBorosil glass has a low co-efficient of thermal expansion.Consequently, the thermal stresses under a given temperaturegradient are also low. The glass can withstand highertemperature gradients and also sudden temperature changes

/ thermal shocks. Minute scratching of the glass surface can,however, reduce its thermal resistance.'Strain Point' should be regarded as the maximum safeoperating temperature for Borosil glassware. When heatedabove 500°C, the glass may acquire permanent stresses oncooling.All Borosil laboratoryware is annealed in a modern Lehr, under

strictly controlled conditions to ensure minimal residualstresses in the products.

-7 0Coefficient of Linear Expansion 32.5 x10 cm / cm / C0Strain Point 515 C0Annealing Point 565 C0Softening Point 820 C

Specific Heat 0.23 0Thermal Conductivity (Cal / cm / C / sec) 0.0027

Chemical Durability

Borosil is highly resistant to water, neutral and acid solutions,concentrated acids and their mixtures, as well as to chlorine,bromine, iodine and organic substances. Even during anextended period of reaction and at temperatures above100°C, its chemical resistance exceeds that of most metals and

other materials. It can withstand repeated dry and wetsterilisation without surface deterioration and subsequentcontamination. The resistance to attack by various chemicals isshown below. Only hydrofluoric acid, very hot phosphoric acidand alkaline solutions damage the glass surface with risingconcentration and temperature.

Contact chemical Duration Loss in Wt2 In Hr mg / m

0Water distilled at 100 C 6 100Water Vapour Steam at 121 C 1 75

Acid HCL 6 100080% H SO at 130 C 12 1402 4

Alkali-1N soln. of Na CO boiling 6 40002 3Infusion Fluids Isotonic

0NaCI (0.85%) 121 C 2½ 700Glucose (5%) 121 C 2½ 50

Fabricating with Borosil Glass

As it has low expansion and is workable, glass can beBorosilshaped, formed or joined into complex apparatus. Analysts

can even do so in their own laboratory and keep modifyinguntil the desired apparatus is developed. In cases whereannealing in a controlled oven is difficult, the analyst canperform flame annealing.

Optical Properties: Laboratory glassware made from Borosilglass shows no noticeable absorption in the visible region ofthe spectrum. Consequently, it appears clear and colourless.

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care and maintenance

Safe Use of Glassware

Borosil laboratory apparatus is designed to perform efficientlyand last long, provided it is used with proper care. Thefollowing notes are presented to assist users in deriving the

maximum life and performance from their Borosil apparatus.Our representatives will be happy to offer you advice on anyaspect concerning the safe use of our products.

Heating and CoolingGlass may suffer damage in three ways. It may break under thermal stress in the 'Steady State', that is

when a constant thermal gradient is established throughthe glass.

It may break under the transient stress of a thermal shock,which may be sudden heating or cooling.

If heated beyond a certain temperature, it may acquire apermanent stress which, on cooling, could subsequentlycause failure.

The following precautions will assist in preventing failuresduring heating and cooling procedures.

Do not leave the vessel unattended when evaporation workis being carried out. The vessel may crack or explode as the'dryness' condition approaches and if the heat source is notadjusted correctly. Decrease the temperature gradually asthe liquid level drops.

Always stay cautious when removing glassware from a heatsource. Avoid placing it on a cold or damp surface.

Even though glassware can withstand extremetemperatures, please keep in mind that suddentemperature changes may cause the vessel to break.

Always cool vessels slowly to prevent thermal breakage. Never apply heat to badly scratched or etched vessels as

their thermal strength would have been greatly reduced. Never apply point source heating to a vessel; it increases the

possibility of breakage.

Always diffuse the heat source by using a metal gauze orair/water bath. Alternatively, move the vessel slowly inrelation to the heat source to ensure even heating.

Adjust the Bunsen Burner to get a large, soft flame. It willheat slowly, but uniformly. Uniform heat is a critical factor forsome chemical reactions.

Ensure that the flame is in contact with the vessel below theliquid level. Heating above this level may result in breakageof the vessels.

Always use anti-bumping devices in the vessel, such aspowdered pumice or glass wool, when the vessel and its

ontents are required to be heated rapidly.

Never use any material with sharp edges, such as brokenporcelain, as an anti-bumping device. This will causeinternal abrasions and reduce the mechanical and thermalstrength of the vessel.

Thick-walled glassware should not be subjected to direct

flame or any other localised heat source. An electricimmersion heater is ideally used for heating vessels of thistype.

Avoid heating glassware over electric heaters with openelements. Uneven heat of this type can induce localisedstress and increase the possibility of breakage.

Always keep in mind that a hot plate will retain heat longafter the appliance has been switched off.

Always ensure that the surface of the hot plate is larger inarea than the base of the vessel being heated. A plate that isunder-sized for the job at hand will result in uneven heatingand may even cause breakage of the glassware.

Always ensure that manufacturer's instructions are followedwhen using electrical heat sources.

Mixing and Stirring

Always use a teflon sleeve or a similar device on stirring rods,to prevent scratching of the inside of the vessel.

When using a glass vessel with a magnetic stirrer, always usea covered follower. This prevents abrasion of the inside of thevessel.

When using a glass or metal mechanical stirrer in a glassvessel, always pre-determine the height of the stirrer beforeuse, to ensure that the stirrer blade does not come in contactwith the base or sides of the vessel.

Never mix sulphuric acid and water inside a glass measuringcylinder. The heat caused by the reaction can break the baseof the cylinder.

Vacuum and Pressure

Never use glassware beyond the recommended safe limit. Always use a safety screen when working with glasswaresubjected to pressure or vacuum.

Never subject glassware to sudden pressure changes.Apply and release positive or negative pressuresgradually.

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Joining and Separating Glass Apparatus

When storing glass stopcocks and joints, insert a thin strip ofpaper between the joint surfaces to prevent them fromsticking.

Do not store stopcocks with lubricants on the groundsurfaces for long durations.

Glass stopcocks on Burettes and Separating Funnels requirefrequent lubrication to prevent them from sticking.

If a ground joint sticks, separation can usually be achievedby carefully rocking the Cone in the socket, or gentletapping the socket flange on a wooden surface, or byheating the socket and not the Cone in a localised flame.Using penetrating oil facilitates separation.

When using lubricants, it is advisable to apply a light coat ofgrease all around the upper part of the joint. Use only a

small amount, and avoid greasing the part of the joint thatcomes in contact with the inside of the apparatus.

Three types of lubricants are commonly used on standardtaper joints.

(a) Hydrocarbon grease is the most widely used. It can beremoved easily by most laboratory solvents, including

acetone. (b) As hydrocarbon grease is easy to remove, silicon grease

is usually preferred for higher temperature or highvacuum applications. It can be removed with chloroformeasily.

(c) For long-term reflux or extraction reactions, a water- soluble, organic and insoluble grease such as glycerin,

is suitable. Glycerin can be removed by means of water.

When inserting glass tubing into a bung, it is recommendedto use water, oil or glycerol on both, the tubing as well as therubber bung. Always wear heavy protective gloves or similarprotection when carrying out this operation.

Always fire-polish the rough ends of the glass tubing beforeattempting to insert it into flexible tubing. The lubricantsrecommended above may also prove useful.

Never attempt to pull a thermometer out of a rubber bung;always cut the bung away.

Personal Safety

Use tongs or asbestos gloves to remove any glassware fromheat. Hot glass can cause severe burns.

Protective gloves, safety shoes, aprons and goggles shouldbe worn to safeguard against chemical accidents, spilling orsplattering.

Always flush the outside of the acid bottle with water beforeopening it. Do not place the stopper on the counter top,where someone else may come in contact with acid residue.

Care should be taken when handling mercury. Even aminiscule amount of mercury in the base of a drawer canpoison the atmosphere in an entire room. Mercury toxicity iscumulative and the element's ability to amalgamate with anumber of metals is well known. Following any accidentinvolving mercury, the area should be checked thoroughly

to ensure that there are no globules remaining. All mercurycontainers should be kept well stoppered.

Never drink from a beaker. A beaker intended specifically forthe use of drinking is a hazard in the laborator y. Do not tastechemicals to identify them. Smell chemicals only whennecessary, and only by wafting a small amount of vapourtowards the nose.

Avoid using a Pipette with the mouth, particularly whenusing concentrated acids, alkalis or potentially bio-hazardous materials. Use mechanical means, such as arubber bulb or an automatic dispenser.

Do not fill the receptacle with any material other than thatmentioned on the label. Label all containers before filling.Discard the contents of any unlabelled containers.

To prevent breakage when clamping glassware, do notpermit glass-to-metal contact, and do not use excessiveforce to tighten the clamps.

Do not look down into a Test Tube being heated orcontaining chemicals, and do not point its open end atanother person. A reaction could cause the contents to beejected suddenly, resulting in injury.

Splattering from acids, caustic materials and strong oxidisingsolutions on the skin or clothing should be washed offImmediately with large quantities of water.

When working with chlorine, hydrogen sulphide, carbonmonoxide, hydrogen cyanide and other highly toxicsubstances, always use a protective mask. Alternatively,perform these experiments under a fume hood in a wellventilated area.

In working with volatile materials, please keep in mind thatheat causes expansion and confinement of such expansionresults in explosion. Also remember that this danger existseven if external heat is not applied.

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Perchloric acid is particularly dangerous as it explodes whenbrought in contact with organic materials. Do not useperchloric acid around wooden benches or tables.

Keep perchloric acid bottles on glass or ceramic trays withcapacity that is adequate to hold all the acid in case thebottle breaks.

When using perchloric acid, always wear protective clothing. When using hot plates and other electrical equipment,always ensure that the wire and plugs are in good condition.Do not handle an electrical connection with damp hands.

Cleaning:

Clean glassware is an essential of good laboratory technique,because even the most carefully executed process mayproduce an erroneous result if the glassware used is dirty.

Glassware must always be physically clean as well as chemicallyclean, in many cases it must be sterile. All glassware must beabsolutely grease-free. The safest indicator of cleanliness isuniform wetting of the surface with distilled water. This isparticularly important in glassware used for measuring thevolume of liquids. Grease and other contaminants prevent theglass from becoming wet uniformly. This, in turn, alters thevolume of residue that adheres to the walls of the glasscontainer, thus affecting the volume of liquid measured ordelivered. Abrasive cleaners and abrasive sponges should notbe used on laboratory glassware as these may damage the

surface of the glass. Such damage to the surface can affect theproperties of the glass, and limit further use of the product.

Cleaning of glassware that has contained hazardousmaterials must be undertaken only by experiencedpersonnel.

Most new glassware is slightly alkaline in reaction. Forprecision chemical tests, new glassware should be soakedfor several hours in acid water (1% solution hydrochloric acidor nitric acid) before washing.

Glassware that has been contaminated with blood clots,culture media, etc., must be sterilised before cleaning.

If the glassware becomes unduly clouded or dirty, orcontains coagulated organic matter, it must be cleaned withchromic acid cleaning solution. The dichromates should behandled with extreme care as it is a powerful corrosive.

Wash glassware as quickly as possible after use, but if delay isunavoidable, the articles should be kept to soak in water.

Grease can be removed by means of weak sodium

carbonate solution, acetone or fat solvents. Never usestrong alkalis.

Hot water, along with recommended detergents, should beused. If the glass is extremely dirty, a cleaning powder with amild abrasive action may be applied, provided the surface isnot scratched.

During the washing, all parts of the article should bethoroughly scrubbed with a brush selected for the shapeand size of the glassware. Brushes should always be in goodcondition to avoid any abrasion of the glassware.

When chromic acid solution is used, the item may be rinsed

with the cleaning solution or it may be filled and allowed tostand-the amount of time depending on amount ofcontamination on the glassware.

Special types of precipitate material may require removalwith nitric acid, aqua regia or fuming sulphuric acid. Theseare very corrosive substances and should be used only whenrequired.

It is imperative that all soap detergents and other cleaningfluids be removed from glassware before use. This isespecially important with the detergents, slight traces ofwhich will interfere with serologic and culture reactions.After cleaning, throughly rinse with tap water ensuring thatcontainers are partly filled with water, shaken and emptiedseveral times. Finally rinse with deionised or distilled water.

Drying can be undertaken either in baskets or on pegs in airor at a temperature not exceeding 120ºC.

Always Protect clean glassware from dust by use oftemporary closures or by placing in a dustfree cabinet. ForCleaning Specific types of glassware, please refer below.

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Pipettes cleaning : Place Pipettes with their tips down, in a cylinder or tall jar ofwater, immediately after use. Do not drop them into the jar asthis may break or chip the tips and render the Pipettesuseless for taking accurate measurements. A pad of cottonor glass wool at the base of the jar will help to preventbreaking of the tips. Please ensure that the water level is highenough to immerse the greater portion of all or each of the

Pipettes. At a convenient time, the Pipettes may then bedrained and placed in a cylinder or jar of dissolved detergentor, if extremely dirty, in a jar of chromic acid cleaning solution.After soaking them for several hours, or overnight, drain thePipettes and run tap water over and through them until all

traces of dirt are removed. Soak the Pipettes in distilled waterfor at least one hour. Remove them from the distilled water,dry the external surface with a cloth, shake out the water and

dry. In laboratories where a large number of Pipettes are usedeverday, it is convenient to use an automatic Pipette washer.Polyethylene baskets and jars may be used for soaking andrinsing Pipettes in chromic acid cleaning solution. Electricallyheated metallic Pipette driers are also available.

After drying, place the Pipettes in a dust-free drawer. Wrapserological and bacteriological Pipettes in paper or placethem in Pipette cans and sterilise them in the dry air steriliserat 160°C for two hours. A Pipette used for transferringinfectious material should have a plug of cotton placed in its

mouth end before sterilising.

Burettes cleaning (with glass stopcock) Remove stopcock key and wash the burette with detergentand water.

Rinse with tap water until all the dirt is removed. Then rinsewith distilled water and dr y. Wash the stopcock key separately. Before the stopcockkey is replaced in the burette, lubricate the joint with a small

amount of lubricant. Remember that burette stopcock keys arenot interchangeable. Always cover burettes when not in use. Glass stopcocks are not interchangeable. The glass key and burette bore should be marked properlyto avoid mixup.

glassware cleaning tips

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Culture Tubes Culture tubes which have been used previously must besterilized before cleaning. The best general method forsterilising culture tubes is by autoclaving for 30 minutes at

0 121 C (15 lb pressure). Media which solidify on coolingshould be poured out while the tubes are hot. After thetubes are emptied, brush with detergent and water, rinsethroughly with tap water, rinse with distilled water, place in abasket and dry.

If tubes are to be filled with a medium which is sterilized byautoclaving, do not plug until the medium is added. Bothmedium and tubes are thus sterilized with one autoclaving.

If the tubes are to be filled with a sterile medium or if they areto be sterilized by the fractional method sterilize the tubes inthe autoclaves or dry air sterilizer before adding themedium.

Serological Tubes Serological Tubes should be chemically clean but need notbe sterile. However, specimens of blood which are to bekept for some time at room temperature should becollected in a sterile container. It may be expedient tosterilize all tubes as routine.

To clean and sterilize tubes containing blood, discard theclots in a waste container and place the tubes in a largebasket. Put the basket with others, in a large bucket or boiler.

Cover with water, add a fair quantity of soft soap ordetergent and boil for 30 minutes. Rinse the tubes and cleanwith brush, rinse and dry with the ususal precautions.

It is imperative when washing serological glassware that allacid, alkali and detergent be completely removed. Both acidand alkali in small amounts destroy complement and inlarger amounts produce hemolysis. Detergents interferewith serologic reactions.

Serological tubes and glassware should be kept separatefrom all other glassware and used for nothing exceptserologic procedures.

Dishes And Culture Bottles Sterilize and clean as detailed under Culture Tubes. Wrap in heavy paper or place in a petri dish can. Sterilize in the autoclave or dry air sterilizer.

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To prevent bo ttles from ge tting shattered duringpressurisation, the caps of the vessels with liquids must beloosened completely before loading. Always use the slowexhaust or liquid cool cycle when autoclaving liquids, toprevent the liquid from boiling over, causing loss of thecontents.

Never autoclave a sealed vessel containing liquids as thismay result in an explosion of the super-heated liquid andsteam during the cycle, or when the vessel is opened.

Wear heat-resistant gloves when opening the Autoclavedoor after a cycle. When removing items from an Autoclave,at least a rubber apron, rubber sleeve protectors and heat-

resistant gloves should be worn. Wait for 5 minutes before removing dry glassware from theAutoclave, and wait for 10 to 20 minutes before removingglassware containing liquids. The larger the volume of liquid,the longer you should wait. Liquids removed too soon mayboil and overflow from the vessel, causing burns to theoperator.

Do not tighten caps on the vessels immediately afterautoclaving as the cap or the vessel may get shattered due tothe vacuum resulting from the cooling of the steam in thevessel. This is particularly important for larger vessels. Capswith liners may have their liner sucked into the vessel if thecap on the vessel opening is not loose enough.

Do not put hot glassware, especially large bottles, from an

Autoclave (or any other heat source) on to a cold bench top.The stress that is induced will often cause the base of thevessel to crack or fall off, releasing its hot contents.

For non-liquid loads, please allow the glassware to cool for15 minutes before touching it with ungloved hands.

For liquid loads, please allow the liquid to stand for a full hourbefore touching the glassware with ungloved hands. Ensurethat others in the vicinity are aware of the presence of a heathazard.

Application Note Autoclaves are widely used to sterilise instruments,glassware and plasticware, solutions and media, and todecontaminate biological wastes. Due to the physicalhazards (e.g. heat, steam and pressure) associated withautoclaving, extra care must be taken to use them safely.Each Autoclave has unique characteristics and operatingrequirements. Please review and understand the owner'smanual before using any Autoclave for the first time, andevery time thereafter. Also, please follow all the safetyregulations for autoclaving, laid down by your institution.

Autoclaving Borosil Glassware Borosil recommends the following safety practices whenautoclaving laboratory glassware:

Never autoclave items containing corrosives (e.g. acids,bases, phenol), solvents or volatiles (e.g. ethanol, methanol,chloroform) or radioactive materials.

Place individual glassware vessels within a heat-resistantplastic or metal tray on a shelf or rack. Never place themdirectly on the Autoclave base or floor. Always maintainspace (>5 cm) between glass vessels to give them room toexpand while heating, and to prevent them from hittingother vessels when entering or leaving the Autoclave.

· Add water rising up to 1/4 to 1/2 inch in the tray, so thatthe glassware will heat more evenly.

Check any plastic caps, tubing or other items to ensure they

can be safely autoclaved with the glassware. Fill the glassware only half full with the liquids to be sterilised.Take into account, the volume of liquid to be autoclaved. A2-litre flask containing 1 litre of liquid takes much longer tosterilise than four 500 ml flasks, each containing 250 ml ofliquid.

Do a test run when autoclaving larger volumes of liquid, tomake sure that the liquid has reached 121ºC.

Large heavy glassware, such as 3L or larger spinner flasks, 5Lor larger bottles and carboys should have a small amount ofdistilled water placed inside them to help generate steam

when they are being sterilised dry in an Autoclave. Suspend an Autoclave thermometer with a thin wire, in themiddle of the liquid-filled container to record the highesttemperature reached. Then, check its reading after theAutoclave run is complete. If the temperature is too low, thenthe run-time will need to be increased or the volume willneed to be reduced.

autoclaving laboratory glassware

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NABL accredited laboratory

Our NABL-accredited laboratory for calibration andtesting of Glass Volumetric products includingBurettes, Cylinders, Volumetric Flasks and Pipettes(both Graduated and Volumetric), is nowoperational.

In this catalogue, we present the complete range ofBorosil products that are available with a CalibrationCertificate issued by the NABL-accredited

laboratory.

In certain critical areas, it is mandatory thatrepresentative samples of Volumetric products usedby the laboratories be sent to NABL-accreditedlaboratories for testing of the calibration.

With the establishment of our own facility, ourcustomers can now get the products certified by ourlaboratory directly, without sending them to otherlaboratories, saving a considerable amount of time

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2000 - Burettes, Boroflo GP (General Purpose), Screw Thread StopcocksWith PTFE Keys, Accuracy As Per Class A, With Certificate, NABL Certified

27PRICES EXCLUSIVE OF TAXES

Product Capacity Graduation Tolerance Quantity Price / PieceCode ml Interval + ml Per Case ` _

2000006 10 0.05 0.02 1 3198.00

2000009 25 0.1 0.05 1 3303.00 2000012 50 0.1 0.05 1 3741.00 2000016 100 0.2 0.1 1 5266.00

2001 - Burettes, Boroflo GP ( General Purpose), Screw Thread Stopcocks

PTFE Keys, Accuracy As Per Class A, With Certificate, NABL Certified, Amber


2001009 25 0.1 0.05 1 5092.00 2001012 50 0.1 0.05 1 5762.00

Complies with IS 1997, ISO / DIN 385


N A B L C e r t

i f i e d

Ex27°c

A

Ex0

27 C


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N A B L C e r t

i f i e d

2010 - Cylinders, Graduated, Single Metric Scale, With Pour Out, With HexagonalBase, Class A, With Certificate, NABL Certified

Product Capacity Graduation Tolerance Quantity Price / PieceCode ml Interval +_ ml Per Case `

ml

2010005 5 0.1 0.05 1 866.00

2010006 10 0.2 0.1 1 956.00 2010009 25 0.5 0.25 1 1119.00 2010012 50 1.0 0.5 1 1330.00 2010016 100 1.0 0.5 1 1510.00 2010018 150* 2.0 1.0 1 2005.00 2010021 250 2.0 1.0 1 2285.00

2010024 500 5.0 2.5 1 3119.00 2010029 1000 10.0 5.0 1 3847.00

2010030 2000 20.0 10.0 1 7414.00

2002 - Burettes, Straight Bore Stopcock, Accuracy As per Class A, WithCertificate, NABL Certified

PRICES EXCLUSIVE OF TAXES



2002006 10 0.05 0.02 1 3293.00

2002009 25 0.1 0.05 1 3420.00 2002012 50 0.1 0.05 1 3905.00 2002016 100 0.2 0.1 1 5551.00


A

28

* Not covered in standards

In 27° C

100ml A

Tol±0.50

100:1ml


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2020 - Flasks, Volumetric, With Interchangeable Solid Glass and PP Stopper,Accuracy As Per Class A, With Certificate, NABL Certified

Product Capacity Tolerance Stopper Quantity Price / Piece Code ml +_ ml Size Per Case `

2020001 1* 0.015 10 / 15 1 1673.00 2020002 2* 0.015 10 / 15 1 1673.00

2020005 5 0.025 10 / 15 1 1499.00

2020006 10 0.025 10 / 15 1 1298.00 2020008 20 0.04 10 / 15 1 1298.00

2020009 25 0.04 10 / 15 1 1209.00 2020012 50 0.06 10 / 15 1 1209.00

2020016 100 0.10 14 / 15 1 1177.00 2020020 200 0.15 14 / 15 1 1594.00 2020021 250 0.15 14 / 15 1 1610.00 2020024 500 0.25 19 / 20 1 2137.00 2020029 1000 0.40 19 / 20 1 3098.00 2020030 2000 0.60 24 / 25 1 5029.00 * 1ml and 2 ml sizes are of test tube shape.


Complies with IS 915, ISO / DIN 10425 to 20 ml supplied with Trapezoidal Shape for better stabilityEach flask engraved with individual serial number and supplied with NABL certificate ofcalibration traceable to National standardsManufactured from borosilicate glass for corrosion-free performance

Amber enamel inscriptions

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2021 - Flasks, Volumetric, With Interchangeable Solid Glass and PP Stopper,Accuracy As Per Class A, Amber With Certificate, NABL Certified

Product Capacity Tolerance Stopper Quantity Price / Piece Code ml +_ ml Size Per Case `

2021005 5 0.025 10 / 15 1 1615.00 2021006 10 0.025 10 / 15 1 1415.00 2021008 20 0.04 10 / 15 1 1415.00 2021009 25 0.04 10 / 15 1 1277.00 2021012 50 0.06 10 / 15 1 1252.00 2021016 100 0.10 14 / 15 1 1297.00 2021020 200 0.15 14 / 15 1 1702.00 2021021 250 0.15 14 / 15 1 1723.00 2021024 500 0.25 19 / 20 1 2358.00 2021029 1000 0.40 19 / 20 1 3496.00 2021030 2000 0.60 24 / 25 1 5505.00

Complies with IS 915, ISO / DIN 10425 to 20 ml supplied with Trapezoidal Shape for better stabilityEach flask engraved with individual serial number and supplied with NABL certificate ofcalibration traceable to National standardsManufactured from borosilicate glass with an amber coating on exterior surfaces to facilitate

use with light sensitive solutionsWhite enamel inscriptions

N A B L C e r t

i f i e d

A10mI±0.025

27°C

In I A100mI±0.10

27°C

In I


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2040 - Pipettes, Transfer, Volumetric, Accuracy As Per Class A, WithCertificate, NABL Certified

Product Capacity Tolerance Quantity Price / PieceCode ml +_ ml per Case `

2040001 1 0.007 1 502.00 2040002 2 0.010 1 518.00 2040005 5 0.015 1 560.00

2040006 10 0.020 1 686.00 2040008 20 0.030 1 892.00 2040009 25 0.030 1 961.00 2040012 50 0.050 1 1072.00 2040016 100 0.080 1 1631.00

2030 - Pipettes, Measuring (Mohr Type), Accuracy As Per Class A, WithCertificate, NABL Certified

Product Capacity Graduation Tolerance Quantity Price / Piece Code ml Interval _ +ml per Case ` ml

2030P41 0.1 0.01 0.006 1 766.00 2030P42 0.2 0.01 0.006 1 766.00 2030P01 1 0.01 0.006 1 676.00 2030P11 1 0.1 0.006 1 628.00 2030P02 2 0.02 0.01 1 708.00 2030P22 2 0.1 0.01 1 655.00 2030P05 5 0.05 0.03 1 834.00 2030P55 5 0.1 0.03 1 766.00 2030P06 10 0.1 0.05 1 882.00 2030P09 25 0.2 0.1 1 1029.00


Complies with IS, ISO / DIN 835

These Pipettes are graduated for delivery from zero mark to the last graduation mark Sturdy, designed to last long Markings are made in permanent amber stain diffused into the surface of the glass for

better visibility and durability Supplied with individual NABL calibration certificate showing actual volume dispensed

and providing traceability to national standards

Complies with IS 1117, ISO DIN 648 Calibrated for delivery (TD, Ex) Generally used for accurate measurement and decanting of liquid Each pipette coded with unique no. supplied with NABL calibration certificate giving

exact volume with traceability to national standards

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Whether it is research, industry or education, the Beaker has a wide range of applications. This simple container,

used for stirring and mixing liquids, is also ideal for heating them. Controlled wall thickness at the sides, radius andthe base, ensures a fine balance between the thermal resistance and mechanical strength, to enable effective

heating. Many Beakers also have a spout that makes pouring easier and more precise.

Borosil Glassware are best-in-class product with several advantages. It has a high level of thermal shock resistance(AT =100 K) and a high operating temperature. Besides using quality glass of a particular type, constant qualitycontrol checks are conducted throughout the production process to ensure uniformity of the wall thickness. Suchuniform wall thickness distribution prevents uneven expansion and stressing of the glass that often result in afailure.

Beakers are mainly used as heating vessels. The tall-shape design of the Beaker is ideal for heating in a liquid bath,especially when the contents need to be kept distinctly apart from the surrounding medium or materials.

® ® The No. 1000 Borosil brand Beaker and the No. 1060 Borosil brand Tall Form are two popular styles used forstorage and mixing.

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1000 - Beakers, Griffin, Low Form , with spout

* 1000005 5 22 x 30 20 64.00* 1000006 10 26 x 35 20 64.00

1000009 25 34 x 50 60 74.00 1000D12 50 42 x 60 60 59.00 1000D16 100 50 x 70 40 64.00 1000D18 150 60 x 80 90 64.00 1000D21 250 70 x 95 40 69.00 1000D23 400 80 x 110 40 117.00

** 1000D24 500 83 x 115 40 110.00 1000D25 600 90 x 125 40 122.00

1000D29 1000 105 x 145 20 227.00 1000D30 2000 130 x 185 6 449.00

1000D31 3000 150 x 210 4 1130.00 1000D33 5000 170 x 270 4 1615.00

1000D38 10000** 220 x 350 1 5345.00

25ml to 10000ml Graduated.* 5 ml and 10 ml Beakers are not graduated. **500 & 10000 ml not covered in IS, ISO and DIN standards.

1006 - Beaker, Tablet DisintegrationIt has a large labelling field that enables easy marking

Specially designed for Tablet disintegration machine

1006029 1000 105 x 145 10 301.00

Complies with IS 2619 / ISO 3819 and DIN 12331The spout design enables clean and precise pouringUniform wall thickness distribution makes it ideal for heating liquidsThe easy-to-read scale and large labelling field make marking easierHigh resistance to chemical attackDouble graduation metric scale for convenience

Product Capacity Approx Quantity Price / PieceCode ml O.D. x Height Per Case `

mm


mm


A P P R O X I M A T E V O L U M E S

1000ml

1000

200

100

700

800

300600

400500

500400

600300

700200

800100

9000

H

W


1006

H

W

B e a

k e r


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H

W


1006

1040012 50 38 x 70 40 106.00 1040016 100 48 x 80 40 111.00 1040021 250 60 x 120 40 111.00 1040024 500* 77 x 137 20 154.00 1040029 1000 95 x 180 20 307.00

1060 - Beakers, Tall Form, With Spout


mm

Complies with IS 2619 / ISO 3819 and DIN 12331Uniform wall thickness distribution makes it ideal for heating liquidsGraduated to indicate the approximate contentAll sizes are equipped with a durable matt-finished enameled space for markingThis Beaker is designed with a pouring spout

1040 - Beakers, Tall form, Without Spout


mm

Complies with IS 2619 / ISO 3819 and DIN 12331Graduated to indicate the approximate contentThe easy-to-read scale and large labelling field make marking easierUniform wall thickness distribution makes it ideal for heating liquidsThis beaker is designed without a pouring spout

* 500 ml not covered in IS, ISO and DIN.


B e a

k e r

1060012 50 38 x 70 40 111.00

1060D16 100 48 x 80 40 111.00 1060D21 250 60 x 120 40 117.00 1060D24 500 77 x 137 20 154.00 1060D29 1000 95 x 180 20 312.00

34

* 500 ml not covered in IS, ISO and DIN.


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1080 - Beakers, Philips (Conical) with Spout Its mouth is smaller in diameter than its baseThe Phillips Beaker is ideal for measuring, containment, mixing and decantingConical shape (Phillips pattern) with spoutExcellent thermal performance and chemical resistance


mm

1080021 250 68 x 110 40 502.00 1080024 500 88 x 145 40 628.00


B e a

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500ml

1080

BOROSILR

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Bottles have multiple uses. As the Aspirator, Reagent and Solution Bottles are not used for direct heating purposes,they are designed with heavier wall thickness, making them mechanically stronger to withstand wet or drysterilisation. The high chemical durability of the glass ensures that most reagents can be stored in these bottles forlong durations in almost the same condition. Plain Neck Solution Bottles are designed to have a uniform rubberstopper fit. Roux Bottles and Milk Dilution Bottles have flat surfaces and are widely used for culture growth.

®The outstanding Borosil quality provides capabilities for a wider range of functions, from long-term storage tothe most demanding applications in the pharmaceutical industry.

Bottles


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37

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1240

1000 ml

H

O.D.

1220

1000 ml

H

O.D.

Complies with IS 1388 (Part III), ISO / DIN 4796 (Part III)Complete with PP screw cap and pouring ringSuitable for storage of aggressive media that can damage plastic partsAll sizes have a durable matt-finished enamelled area for marking

1240 - Bottle, Aspirator, with GL-45 Cap and outlet for stopper

1220 - Bottle, Aspirator, With GL 45 Cap And Outlet For tubingComplies with IS 1388 (Part III), ISO / DIN 4796 (Part III) Complete with PP screw cap and pouring ringSuitable for storage of aggressive media that can damage plastic par tsAll sizes have a durable matt-finished enamelled area for marking

Product Capacity Approx Neck Quantity Price / PieceCode ml O.D. x Height* size Per Case `

mm

Product Capacity Approx Neck Outlet Quantity Price / Piece Code ml O.D. X Height* size Ground Per Case `

mm Joint Size

** 1220021 250 70 x 138 GL 45 10 285.00** 1220024 500 86 x 176 GL 45 10 322.00

1220029 1000 101 x 225 GL 45 10 576.00 1220030 2000 136 x 260 GL 45 5 903.00**Not covered in ISO / DIN standards.*Height indicated is of Bottle only

1240029 1000 101 x 225 GL 45 24 / 29 10 750.00 1240030 2000 136 x 260 GL 45 29 / 32 5 1056.00 1240033 5000 180 x 330 GL 45 29 / 32 1 6226.00 1240038 10000 227 x 410 GL 45 29 / 32 1 8825.00*Height indicated is of Bottle only


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1250 - Bottles, B.O.D. With Interchangeable StopperComplies with IS 9213

Used for determination of B.O.D. in industrial effluents, waste and waterIndividual number printed on the bottle

Product Capacity Approx Quantity Price / PieceCode ml O. D. x Height* Per Case `

mm**1250013 60 42 x 100 10 343.00

**1250017 125 55 x 120 10 420.00 1250022 300 70 x 143 30 507.00

300ml is for determination of B.O.D. in Industrial effluents, wastes and water as per methodspecified by the American Public Health Association and is numbered individually.

*Height indicated is of Bottle only** 60 & 125 ml is not covered in standards

Complies with IS 1388 (Part III), ISO / DIN 4796 (Part III)Complete with PP screw cap and pouring ringSuitable for storage of aggressive media that can damage plastic partsAll sizes have a durable matt-finished enamelled area for markingDosing of liquids via stopcock

1245 - Bottle, Aspirator, With GL 45 Cap With Interchangeable Stopcock

Product Capacity Approx Neck Outlet Quantity Price / Piece*Code ml O.D. x Height Size Ground Per Case `

mm Joint Size


1245029 1000 101 x 225 GL 45 24 / 29 10 2086.00 1245030 2000 136 x 260 GL 45 29 / 32 4 2418.00 1245033 5000 181 x 330 GL 45 29 / 32 1 8178.00 1245038 10000 227 x 410 GL 45 29 / 32 1 11191.00 1245040 20000 288 x 505 GL 45 29 / 32 1 15180.00

*Height indicated is of Bottle only

300 ml.

210 H

O.D.

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1290 - Bottles, Culture, Roux, Off-Set Neck

Complies with IS 6942Designed to hold approximately half of the stated capacity of solution, when theBottle is laid flatThe offset neck is tool-finished for greater strength and uniform stopper fitThese bottles facilitate the growing of mass cultures and single or monolayer culturesIt withstands repeated sterilisation (wet or dry)

1290029 1000 126 x 56 x 265 26 20 1398.00

Product Capacity Approx Approx Quantity Price / PieceCode ml b x w x h Neck I. D. Per Case `

mm mm

39

Product Capacity Approx Quantity Price / PieceCode ml Width x Breadth x Height Per Case `

mm

0136041 210 63 x 40 x 150 50 140.00

136N - Bottles, McCartney Flat, With Aluminium Screw Cap & RubberLiner, Neutral

W

Top View

AutoclavableNeutral Glass Leak Proof clear glass bottleWith aluminium screw cap with rubber line

The McCartney bottles are used to carry culture medium and bacterial growth can bedone in the bottles.

Application : Diagnosis Laboratories, Microbiological Laboratories, Biological Laboratoriesand Chemical Laboratories.


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1370 - Bottles, Milk Dilution, Graduated, Screw Cap & Liner

Product Capacity Approx Approx Quantity Price / PieceCode ml O.D. x Height Neck I. D. Per Case `

mm mm 1370019 160 150 19 10 581.00

The screw caps and liner can withstand repeated autoclavingThese glass bottles meet the requirements for Milk Dilution Bottles stated in the Standard

Methods for the Examination of Dairy ProductsSquare in shape

Borosil Reagent Bottle

Borosil Laboratory bottles are chemically resistant and stable.When fitted with a plastic pouring ring dripping can be totallyeliminated. As there is only one size of screw thread for allbottles from 100 ml onwards The screw caps and pouring ringsare fully interchangeable. The bottles, pouring rings and capsare autoclavable and sterilizable.

Properties:

Light protection :• Amber bottle upto 500 nm

Safe closure ensures storage of products as• Dairy products• Serums

0High resistance to thermal shock (upto 160 C)

HANDLING :

Sterilization :Bottles can be steam sterilized after washing. Following arerecommendation and guidelines.• Soiled bottle must be clean first, otherwise microorganism

cannot be effectively destroyed and chemicals adhering tosurface can damage it as a result of high temperatureinvolved.

• To avoid a buildup of pressure the screw cap should be leftloose on the bottle neck (one turn maximum). It should notbe closed tight as the pressure then cannot be balancedand consequent in pressure can result in bottle bursting.

• Ensure that saturated steam is used and that it hasunhindered access to all contaminated places. This is theonly way to achieve effective steam sterilization.

Thawing frozen substances :

The frozen material can be thawed by immersing the bottle inliquid bath taking care that the temperature differences doesnot exceed 100 degree C. This will ensure that the frozenmaterial heated uniformly from all sides without damagingthe bottle. It can however also be thawed slowly so that thesurface melts first, allowing the material to expand.

Freezing substancesRecommendation: When freezing, always place the bottles at

0an angle approx. 45 C and do not fill to more than ¾ capacity0(to increase surface area). Temperature limit - 40 C as the

plastic caps and pouring ring do not withstand lowertemperatures.

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Complies with IS 1388 (Part II), ISO / DIN 4796 (Part II)These narrow mouth reagent storage bottles have a sturdy ground neckAll sizes have a durable matt-finished enamelled area for markingThese bottles are mechanically strong and chemical resistantSupplied with solid glass stopper

** 1500013 60 45 x 90 14 / 23 40 298.00 1500016 100 52 x 95 19 / 26 10 333.00

** 1500017 125 55 x 120 19 / 26 50 277.00 1500021 250 70 x 128 19 / 26 10 312.00 1500024 500 86 x 162 24 / 29 10 332.00 1500029 1000 107 x 198 29 / 32 10 534.00 1500030 2000 133 x 246 29 / 32 10 924.00*Height indicated is of Bottle only

Product Capacity Approx Neck Quantity Price / PieceCode ml O.D. x Height* Stopper Per Case `

mm Size

1500 - Bottles Reagent, Plain Narrow Mouth, Graduated with Inter-changeable Flat Head Stopper

** 60 & 125 ml is not covered in standards

1501 - Bottles, Reagent, Wide Mouth, Graduated With Screw Cap AndPouring Ring

Complies with IS 1388 (Part I), ISO / DIN 4796 (Part I)These bottles are mechanically strong and chemical resistantDesigned with plastic pouring ring for drip-free operationThe screw caps and pouring ring are made of PPThe bottles, screw caps and pouring rings can be sterilized and autoclavablePrinted with a Retrace Code100 ml to 20000 ml Bottles have uniform GL 45 thread

Product Capacity Approx Thread Quantity Price / PieceCode ml O.D. x Height* Specification Per Case `

mm GL**# 1501006 10 36 X 50 GL 25 10 320.00# 1501009 25 36 x 70 GL 25 20 243.00#1501012 50 46 x 87 GL 32 20 264.00

1501016 100 56 x 100 GL 45 10 282.00**# 1501018 150 60 x 120 GL 45 10 291.00

1501021 250 70 x 138 GL 45 10 293.00 1501024 500 86 x 176 GL 45 10 313.00 1501029 1000 101 x 225 GL 45 10 462.00 1501030 2000 136 x 260 GL 45 10 831.00

** 1501031 3000 158 x 295 GL 45 2 4075.00*** 1501033 5000 183 x 323 GL 45 1 4947.00

*** 1501038 10000 235 x 405 GL 45 1 8326.00***

1501040 20000 296 x 500 GL 45 1 14748.00*Height indicated is of Bottle only# Without Pouring Ring

*** As per Borosil Dimnesion** Not covered in any standard

NEW

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Product Colour Thread Quantity Price / PieceCode Specification Specification Per Case `

GL

1505C01 Red GL - 45 10 450.00

1503C01 Blue GL 45 10 64.00 1503C02 Orange GL 45 10 74.00 1503C03 Yellow GL 45 10 74.00 1503C04 Green GL 45 10 74.00 1503C05 Grey GL 45 10 74.00 1503C06 Blue GL 25 10 60.00

1503C07 Blue GL 32 10 60.00 1503C08 Blue GL 36 10 60.00

Product Colour Thread Quantity Price / PieceCode Description Specification Per Case `

GL

1503 - Screw Cap, with Pouring ring for Screw Cap BottlesCaps and pouring rings are made of PP (Polypropylene) and are autoclavable upto

0 140 C

NEW

NEW

NEW

1504 - Pouring Ring, Blue Colour

Product Colour Thread Quantity Price / PieceCode Specification Specification Per Case `

GL

1504R01 Blue GL - 45 10 16.00

Pouring rings are made of PP (Polypropylene) and are autoclavable

1505 - Red Screw Cap without Pouring ring for Laboratory bottles,0autoclavable upto 200 C

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1506 - Bottles Reagent, Square With DIN Thread, Graduated, With PPScrew Cap (GL 80) And PP Pouring Ring

Product Capacity Approx Thread Quantity Price / PieceCode ml W x B x H Specification Per Case `

mm GL

1506024 500 94 x 94 x 141 GL-80 10 744.00 1506029 1000 105 x 105 x 187 GL-80 10 835.00 1506030 2000 115 x 115 x 260 GL-80 10 1307.00 1506033 5000 160 x 160 x 357 GL-80 1 8040.00Amber colour bottles are available on request.

Complies with IS 1388 (Part II), ISO / DIN 4796 (Part II)These narrow mouth reagent storage bottles have a sturdy ground neckAll sizes have a durable matt-finished enamelled area for markingThese bottles are mechanically strong and chemical resistantThe uniform Amber colour is highly durable and has high chemical resistanceProperties within the bottle remain unchanged, as the colour is applied only on theexternal surfaceProtects media from light radiation with a wave-length between 300 nm and 500 nmIdeal for use with light-sensitive media and for the long-term storage of substances

Supplied with solid glass stopper

1509 - Bottles, Reagent, , Narrow Mouth, Graduated, WithAmberInterchangeable Flat Head Stopper

**1509013 60 45 x 90 14 / 23 20 428.00 1509016 100 52 x 95 14 / 15 10 448.00

** 1509017 125 55 x 120 19 / 26 20 448.00 1509021 250 70 x 128 19 / 26 10 543.00 1509024 500 86 x 162 24 / 29 10 634.00 1509029 1000 107 x 198 29 / 32 5 815.00 1509030 2000 133 x 240 29 / 32 5 1458.00

Similar in design to cat no. 1500


Product Capacity Approx Neck Quantity Price / PieceCode ml O.D. x Height* Stopper Per Case `

mm Size

** 60 & 125 ml is not covered in standards

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Complies with IS 1388 (Part I), ISO / DIN 4796 (Part I)These bottles are mechanically strong and chemical resistantDesigned with plastic pouring ring for drip-free operationThe screw caps and pouring are made of PP and autoclavablePrinted with a Retrace Code

The uniform Amber colour is highly durable and has high chemical resistanceProperties within the bottle remain unchanged, as the colour is applied only on the

external surfaceIdeal for use with light-sensitive media and for long-term storage of substances100 ml to 20000 ml have uniform GL 45 thread

1519 - Bottles, Reagent, , Wide Mouth, Graduated, With Screw CapAmberAnd Pouring Ring

**# 1519006 10 36 x 50 GL 25 10 430.00# 1519009 25 36 x 70 GL 25 20 359.00# 1519012 50 46 x 87 GL 32 20 411.00

1519016 100 56 x 100 GL 45 10 441.00 1519021 250 70 x 138 GL 45 10 472.00 1519024 500 86 x 176 GL 45 10 564.00 1519029 1000 101 x 225 GL 45 10 733.00 1519030 2000 136 x 260 GL 45 10 1282.00

** 1519031 3000 158 X 295 GL 45 2 7511.00*** 1519033 5000 183 x 323 GL 45 1 7740.00

*** 1519038 10000 235 x 405 GL 45 1 11081.00*** 1519040 20000 299 x 500 GL 45 1 16357.00

# Without Pouring rings**Not covered in any standard***As per BOROSIL dimensions


NEW

Product Capacity Approx Thread Quantity Price / PieceCode ml O.D. x Height* Specification Per Case `

mm GL

1000ml

1509

A P P R O X

. V O L

.

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These bottles are mechanically strong and chemical resistantAll sizes have a durable matt-finished enamelled area for markingThe uniform Amber colour is highly durable and has high chemical resistanceProperties within the bottle remain unchanged, as the colour is applied only on the

external surfaceProtects media from light radiation with a wave-length between 300 nm and 500mmIdeal for use with light-sensitive media and for long-term storage of substances

1589 - Bottles, Solution, , Tooled NeckAmber


mm mm

1589021 250 70 x 140 18 10 528.00 1589024 500 86 x 177 23 20 555.00 1589029 1000 101 x 225 28 5 792.00 1589030 2000 136 x 260 33 5 1320.00Similar in design to Cat No. 1585For Higher Capacities please contact our Sales Offices & our Authorised Dealers

These bottles are mechanically strong and chemical resistant10, 20 & 50 litre bottles specially designed for handling and storing culture mediaAll sizes have a durable matt-finished enamelled area for marking

1585 - Bottles, Solution, Plain, Tooled Neck


mm mm

1585021 250 70 x 140 18 20 264.00 1585024 500 86 x 177 23 20 285.00 1585029 1000 101 x 225 28 10 465.00 1585030 2000 136 x 260 33 10 802.00 1585031 3000 158 x 260 44 4 1990.00 1585033 5000 183 x 320 44 1 5013.00 1585038 10000 235 x 430 54 1 8548.00 1585040 20000 299 x 530 54 1 14341.00 1586046 50000 417 x 665 89 1 75375.00

1000ml

1589

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Complies with IS 5717, ISO / DIN 3507 These bottles are mechanically strong and chemical resistantAll sizes have a durable matt-finished enamelled area for marking

1625 - Bottles Relative density, with Capillary bore Interchangeable Teflonstopper.

1625006 10 1 27 x 50 10 / 15 10 396.00 1625009 25 2 37 x 60 10 / 15 10 428.00

1625012 50 3 47 x 75 10 / 15 5 460.00

These bottles are mechanically strong and chemical resistantAll sizes have a durable matt-finished enamelled area for markingCome with a Works Certificate

1624 - Bottles, Relative Density, With Capillary Bore InterchangeableTeflon Stopper

1624006 10 0.3 28 x 46 10 / 15 5 818.00 1624009 25 0.8 38 x 55 10 / 15 5 966.00 1624012 50 1.0 49 x 65 10 / 15 5 1019.00

Product Capacity Capacity Max. Body Size of Inter- Quantity Price/PieceCode ml Tolerance Dia x Height Changeable Per Case `

+ml mm Stopper

Product Capacity Capacity Max. Body Size of Inter- Quantity Price/PieceCode ml Tolerance Dia x Height Changeable Per Case `

+ml mm Stopper

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Product Capacity Approx Quantity Price / Piece Code ml O.D. x Height* Per Case `

mm

1630 - Bottles, Weighing, With Interchangeable StopperComplies with IS 1574These bottles are mechanically strong and chemical resistant

1630005 5 20 x 40 30 232.00

1630007 15 25 x 65 10 252.00** 1630008 20 50 x 35 10 518.00

1630009 25 30 x 65 10 302.00** 1630011 40 60 x 40 10 724.00

1630013 60 40 x 90 5 463.00

**Squat Form*Height indicated is of Bottle only

1627 - Bottles Specific , Gravity Bottle with thermometer( Pykn

borosil pricelist 2015-16_lr

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