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Chromatography Sprayers with rubber bellow

Labix Chromatography Sprayers with Rubber Bellow are designed for uniform and controlled spraying in chromatography applications. Made from high-quality materials, they ensure durability, precise mist formation, and reliable performance. Ideal for laboratory, research, and industrial use, these sprayers provide consistent results in chemical analysis and separation processes.

Claisen Head for Laboratory Distillation

Claisen Heads are specialized distillation components featuring a double neck design that allows simultaneous attachment of accessories such as thermometers, condensers or addition funnels. This configuration improves flexibility and control during distillation and reflux processes. Manufactured from high-quality borosilicate glass, Claisen heads offer excellent thermal and chemical resistance, ensuring reliable performance in chemical, research and educational laboratory distillation applications.

Claisen Pear Shaped Flasks

Claisen pear shaped flasks are designed for laboratory distillation and chemical reactions requiring multiple connections. The pear shaped body allows uniform heating and efficient mixing, while the Claisen configuration supports attachment of condensers, thermometers, or addition funnels. Manufactured from durable laboratory-grade glass, these flasks provide excellent thermal and chemical resistance, making them suitable for research, synthesis, and routine laboratory applications.

Class A Mohr Type Measuring Pipette – Graduated

High-accuracy Mohr type measuring pipette manufactured to Class ‘A’ specifications as per IS/ISO 835:2007. Graduated for precise delivery from the zero mark to the selected graduation, ensuring dependable and repeatable measurements. Supplied with a works certificate and colour coding for quick volume identification, making it suitable for analytical and research laboratories.

Class A Transfer Volumetric Pipette

High-accuracy transfer volumetric pipette designed with a single calibration mark for precise liquid measurement. Manufactured to Class ‘A’ accuracy as per IS 1117:1975 and supplied with a colour-coded band for quick size identification. Delivered with a works certificate to ensure verified performance in analytical and research laboratories.

Class B Light-Wall Transfer Volumetric Pipette

Cat.No. Capacity ml. Tolerance
± ml.
Min.
Qty./pack
1042/1 1 0.015 10
1042/2 2 0.020 10
1042/3 5 0.030 10
1042/4 10 0.040 10
1042/5 20 0.060 10
1042/6 25 0.060 10
1042/7 50 0.100 6
1042/8 100 1.160 6

Class B Serological Measuring Pipette – Graduated to Tip

Serological measuring pipette designed with full-length graduation up to the tip and calibrated to deliver total capacity when the final drop is blown out. Manufactured to Class ‘B’ accuracy, this colour-coded pipette ensures easy identification and reliable volume delivery for general laboratory and analytical Uses.

Class B Transfer Volumetric Pipette – Medium Wall

Medium-wall transfer volumetric pipette designed with a single calibration mark for routine laboratory measurements. Manufactured to Class ‘B’ accuracy as specified in IS 1117:1975, offering dependable performance for general analytical work and educational laboratories.

Coil Condensers – Graham Coiled Distillate Type

Graham coiled distillate type coil condensers are designed for high-efficiency cooling during laboratory distillation processes. The coiled inner tube increases surface area, allowing rapid condensation of vapors into liquid form. Made from durable laboratory-grade glass, these condensers provide excellent thermal resistance, consistent performance, and reliability for research, chemical analysis, and routine distillation applications.

Coil Condensers – Graham Jacket Distillate Type

Graham jacket distillate type coil condensers are designed for efficient cooling during laboratory distillation processes. The coiled inner tube is surrounded by a cooling jacket, increasing heat exchange and ensuring rapid vapor condensation. Manufactured from durable laboratory-grade glass, these condensers offer excellent thermal resistance, reliable performance, and suitability for research, chemical analysis, and routine distillation applications.