Garg Scientific Glass Industries Goregaon, Mumbai, Maharashtra

An economical substitute for wire racks, here are these submersible, autoclavable racks which are stackable when empty These are available in different colours and are made of a special blend of Polypropylene that makes it sink in a water bath and maintain their stability even in agitated water. These space saving racks can easily be disassembled for cleaning purposes. The base is in the form of a grid with square openings and has fold up sides and end bars that lock into rack tops.  

These wash bottles, made of polyethylene have wide mouth that enables easy filling as well as cleaning. The unique feature of the cap is through the top closure and stem moulded in one piece.  

his autoclavable bottle, made of polypropylene, can be used for storing & shipping chemicals & reagents. Being wide mouthed, it is always convenient to pout in & take out the reagents. The built in depressions on two sides provide excellent grip while holding this bottle.  

Material : Polypropylene

These Wide Mouth Reagent Bottles are available in Polypropylene as well as Polyethylene. The PP bottles are rigid, translucent and have excellent contact c1aritc These bottles can be autoclaved filled as well as empty. On the other hand, the Polyethylene bottles too have excellent strength and arc unbreakable. The Polypropylene Cap has a built in seal ring to make these bottles leakproof.

Material : Low Density Polyethylene and Polypropylene

GSGI Wash Bottles are made of Low Density Polyethylene which gives these bottles a translucent & unbreakable character. Solutions can be poured easily by squeezing the bottle lightly. The cap is fitted with a flexible polyethylene delivery tube which can be aimed wherever required.  

GSGI Volumetric Flasks, blown in Polypropylene, are strong, unbreakablc and have good contact clarity These autoclavable flasks are provided with screw caps to prevent leakage.  

In the majority of glass plant installations, vessels find universal application as Stirring vessels, reboilers, receivers and separators as well as for storage, feed or measuring. This section of the catalogue describes a wide range of both glass and non-glass vessels together with the items which are normally used in conjunction with them such as vessel covers and stirrers. Standard glass vessels are available in two basic forms: spherical (available up to 200 litres in capacity) and cylindrical (available up to 200 litres in capacity). Large spherical vessels are not available but cylindrical vessels with higher capacity than 200 litres can be supplied to special orders. All glass vessels have standard flat buttress end connections. Further details of these are provided in section Technical Information. When spherical vessels are used as Stirring vessels or reboilers, the top branch in generally used for the column or stirrer. The side branches on standard vessels are generally DN 25, DN 40 or DN 100; DN 25 and DN 40 being at 10° to the vertical (45° on type VSU) and DN 100 being at 45°. The only exception to this are type VSD spherical vessels which have DN 50, DN 80 and DN 150 side branches at 90° to the vertical and are used mainly in boiler circulatory systems. The smaller branches are normally used for such components as thermometer pockets, resistance thermometer and feed pipes. The DN 100 branches are normally used for charging solids or for the connection of vapour pipes when the top branch is used for a stirrer. In application where temperature control is necessary, heating bath and mantles are available and detailed in this section. In addition, some glass vessels are available with jacket for close temperature control. If spherical or cylindrical vessels are used in conjunction with a heating mantle or bath, a longer bottom outlet is required and should be specified when ordering. The VSL spherical vessels are specifically designed for this purpose. The majority of vessels have DN 40 bottom outlet. For application where it is necessary to avoid the build-up of solids in this outlet, the vessel can be fitted with a bottom outlet valve. (See section – Valves & Filters). This should be specified when ordering. The type RFC valve is an ideal alternative for vessels, which do not have a sealed-in valve seat. By combining vessels with stirrers and stirrer drives, an extremely wide range of agitated Stirring equipment options is possible. This fact is enhanced by the inclusion of  PTFE Stirrers as well as their glass counterparts, thus allowing further options to be considered in the process design. Vessel/stirrer compatibility tables are detailed in individual stirrer description. Both spherical & cylindrical vessels can be supplied with graduations to special order. Standard graduated cylindrical vessels are shown in this section. For standard flat buttress end connections from DN25 to DN150, it is possible to achieve a 3° deflection in the joint by using a flexible gasket. Details of these and all other couplings and gasket can be found in section Couplings. Unless otherwise stated, all dimensions are given in mm. All vessel capacities are given in liters. For permissible operating conditions, unless otherwise stated in the individual description,  please see section Technical Information.

in the majority of glass plant installations, vessels find universal application as stirring vessels, reboilers, receivers and separators as well as for storage, feed or measuring. This section of the catalogue describes a wide range of both glass and non-glass vessels together with the items which are normally used in conjunction with them such as vessel covers and stirrers. standard glass vessels are available in two basic forms: spherical (available up to 200 litres in capacity) and cylindrical (available up to 200 litres in capacity). Large spherical vessels are not available but cylindrical vessels with higher capacity than 200 litres can be supplied to special orders. all glass vessels have standard flat buttress end connections. Further details of these are provided in section technical information. when spherical vessels are used as stirring vessels or reboilers, the top branch in generally used for the column or stirrer. The side branches on standard vessels are generally dn 25, dn 40 or dn 100; dn 25 and dn 40 being at 10° to the vertical (45° on type vsu) and dn 100 being at 45°. The only exception to this are type vsd spherical vessels which have dn 50, dn 80 and dn 150 side branches at 90° to the vertical and are used mainly in boiler circulatory systems. The smaller branches are normally used for such components as thermometer pockets, resistance thermometer and feed pipes. The dn 100 branches are normally used for charging solids or for the connection of vapour pipes when the top branch is used for a stirrer. in application where temperature control is necessary, heating bath and mantles are available and detailed in this section. In addition, some glass vessels are available with jacket for close temperature control. If spherical or cylindrical vessels are used in conjunction with a heating mantle or bath, a longer bottom outlet is required and should be specified when ordering. The vsl spherical vessels are specifically designed for this purpose. the majority of vessels have dn 40 bottom outlet. For application where it is necessary to avoid the build-up of solids in this outlet, the vessel can be fitted with a bottom outlet valve. (see section – valves & filters). this should be specified when ordering. The type rfc valve is an ideal alternative for vessels, which do not have a sealed-in valve seat. by combining vessels with stirrers and stirrer drives, an extremely wide range of agitated stirring equipment options is possible. This fact is enhanced by the inclusion of  ptfe stirrers as well as their glass counterparts, thus allowing further options to be considered in the process design. Vessel/stirrer compatibility tables are detailed in individual stirrer description. both spherical & cylindrical vessels can be supplied with graduations to special order. Standard graduated cylindrical vessels are shown in this section. for standard flat buttress end connections from dn25 to dn150, it is possible to achieve a 3° deflection in the joint by using a flexible gasket. Details of these and all other couplings and gasket can be found in section couplings. unless otherwise stated, all dimensions are given in mm. All vessel capacities are given in liters. for permissible operating conditions, unless otherwise stated in the individual description,  please see section technical information.

Valves and filters form an essential part of any process plant or system in a wide range of applications from relatively simple on/off functions to flow control, pressure relief and filtering. All wetted parts of valves and fitters described in this section of the catalogue are constructed from borosilicate glass, PTFE, Ceramic, FEP, PFA or tantalum thus ensuring maximum resistance to corrosion. In addition, as valves have a glass body, visual monitoring of the valve operation is possible at all times. For standard flat Buttress end connections from DN 25 to DN 150, it is possible to achieve a 3  deflection in the joint by using a flexible gasket. Details of these and all other couplings and gasket can be found in section -Couplings. The valves described in this section of the catalogue comply, which means that 90° bends, tee pieces and equal crosses (see section – Pipeline Components) are interchangeable with certain type such as angle valve.

valves and filters form an essential part of any process plant or system in a wide range of applications from relatively simple on/off functions to flow control, pressure relief and filtering. all wetted parts of valves and fitters described in this section of the catalogue are constructed from borosilicate glass, ptfe, ceramic, fep, pfa or tantalum thus ensuring maximum resistance to corrosion. In addition, as valves have a glass body, visual monitoring of the valve operation is possible at all times. for standard flat buttress end connections from dn 25 to dn 150, it is possible to achieve a 3  deflection in the joint by using a flexible gasket. Details of these and all other couplings and gasket can be found in section -couplings. the valves described in this section of the catalogue comply, which means that 90° bends, tee pieces and equal crosses (see section – pipeline components) are interchangeable with certain type such as angle valve. dn refers to the nominal bore. Unless otherwise stated, all dimensions are given in mm. for permissible operating conditions, unless otherwise stated in the individual description, please see section –technical information. generally, the maximum operating temperature for valves is 200°c but temperature above ambient, particularly in the range from 120°c to 200°c, impose restrictions on the permissible operating pressure. a wide variety of valves are available for a range of purposes. All have borosilicate glass bodies. As a result operation of the valve can be checked visually. In practically every case glass is combined with ptfe, which ensures that the valves have maximum resistance to corrosion. all the valves are suitable for use under full vacuum. Pressure ratings at ambient temperature are indicated in the tables applicable to each type of valve. the maximum operating temperature is 200° c but temperatures above ambient particularly in the range 120° c to 200° c, impose restrictions on the permissible operating pressure. In case of doubt it is advisable to consult us. these valves comply with iso 3587 where applicable. Thus maximum interchangeability of compatible components is assured. For example, angle valves can be interchanged with 90 ells, equal tee pieces and equal crosses.  dn refers to nominal bore. Unless otherwise stated dimensions are in millimeters. Figures given for maximum recommended working pressure represent pressure above atmospheric.

These containers can be used for collecting a wide range of samples of sputum, urine etc.. Moulded in polypropylene these container have excellent contact clarity and the cap has built-in seal that makes it completely leakproof.

Material : Polypropylene

This Universal Reagent Reservoir is a graduated single reagent reservoir with maximum volume of 50m1, reservoir with 8 separate numbered 5ml. reagent channels & a reservoir with 12 separate numbered 5ml. reagent channels. Made of polypropylene these reagent reservoirs are repeatedly autoclavable and can he used with all multi-channel pipettes.  

This rack is an excellent lab apparatus compatible with different sizes of tubes. Four sides of this rack can be used for tubes of 30mm, 20mm, 17mm and l2mm.  

Adding in line with the existing range, these Animal Cages are provided with a Stainless Steel grill at the bottom of the cage to provide a dean surface for the species to move on.  

These polypropylene tubes provide excellent aption for MA, coagulation & bacteriology etc. The cap in screwed on to the tube & hence this tube can be filled up to the brim.

Material : Polypropylene

This autoclavable Stand is perhaps the most commonly used Test Tube Stand in various laboratories. For better visibility, this 6 place rack is end supported by 2 columns. The top plate has 2 holes for holding 25 mm dia test tubes, four holes to hold 16 mm dia tubes where as the base has corresponding hemispherical wells. It also has six vertical pins for drying tubes.  

This transparent polypropylene cap for Test Tubes proves to be an excellent protection to the contents to the tubes. The grooves inside the cap tighten the fitting on the tube white the outer grooves would hold identification labels. The built in seal ring would set in the tube making the combination a leakproof one.

Material : Polypropylene

GSGI Test Tube Baskets are made of Polypropylene. These autoclavable, unbreakable and noncorrosive Baskets are ideal for rinsing & draining glassware. These are also useful for storage of test tubes or culture tubes during sterilization or incubation.  

The glass components are supported on tubular structures. They are made of G.I. or powder coated still pipes. Typical fitting are used to make a strong and rigid structure to support the glass assemblies. These fitting are made of cast iron and held in position by tightening all screws.  

The glass components are supported on tubular structures. They are made of G.I. or powder coated still pipes. Typical fitting are used to make a strong and rigid structure to support the glass assemblies. These fitting are made of cast iron and held in position by tightening all screws. The general dimensions of the structures and fittings are as follows : -

This vial has an 0-ring in the cap that makes it absolutely leak proof. Like other storage vials this vial can also be used for storage purposes at temperatures as low as -190°C.

Material : Polypropylene

Another addition to the range of storage vials is this vial which has internal thread in it. The cap fitted with an 0-ring screws in to the vial and makes it a leakproof storage vial.

Material : Polypropylene

As the name suggests, these vials are commonly u ed for storage of biological material, human & animal cells at temperature as low as -190°C. The Cap is provided with a built in seal ring making the vial leak proof. The base of the vial has longitudinal grooves which give it a non-twisting character when placed in a vial rack.

Material : Polypropylene /Po1ystyrene

These polypropylene Stop Cocks are fitted with a PTFE plug & have serrated tubulations that accept from 6 mm to 10 mm tubing. These Stop Cocks ate absolutely leakproof and are available in two different options i.e. 2 way & 3 way.

Material : Polypropylene / PTFE