LABIX is a Laboratory Glassware manufacturer serving research labs, pharma units, universities, and industrial facilities. You use laboratory glassware built for routine and advanced lab work. Each item supports heating, mixing, distillation, filtration, and storage. Designs follow standard lab dimensions for easy setup. Glass quality supports chemical resistance and thermal stability. You choose test tubes, culture tubes, condensers, flasks, vessels, and rotavap accessories. LABIX focuses on functional design and consistent production. You gain dependable glassware for daily lab tasks. LABIX supports controlled workflows, repeatable results, and efficient laboratory operations.
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Crow Receiver Class ‘A’
This Class A Crow receiver is made for precise and steady liquid collection in laboratory settings. Its clear construction allows easy viewing of samples, ensuring smooth and controlled handling. Built with durable material, it performs reliably in regular lab tasks. Designed for accuracy and convenience, it’s a practical choice for chemical processes, sample transfer, and general laboratory work.
Crucible Cones
Labix Crucible Cones are designed to support crucibles during high-temperature laboratory processes. Made from durable, heat-resistant materials, they ensure stability and safety. Ideal for heating applications in laboratories and research facilities, these cones provide reliable performance, easy handling, and long-lasting use, making them essential for efficient laboratory operations.
Crucible Tongs Die pressed
Labix crucible tongs die pressed are designed for safe handling of hot crucibles and labware. Made from durable metal, they provide a firm grip and heat resistance. Ideal for laboratories, these tongs ensure safety, precision, and ease of use. Choose Labix for reliable, long-lasting, and high-performance laboratory tools
Crystallizing Dish – Heavy Type, Flat Bottom with Pour Out
The heavy type crystallizing dish is manufactured from high-quality borosilicate glass, offering excellent thermal and chemical resistance. Designed with a flat bottom and smooth pour-out spout, it ensures safe handling during crystallization and evaporation processes. Its thick-walled construction provides enhanced durability, making it suitable for routine laboratory applications in chemical, research, and educational laboratories.
Davies Condensers
Davies condensers are designed for effective cooling and condensation of vapors during laboratory distillation and reflux processes. The internal design promotes efficient heat transfer, ensuring consistent and reliable performance. Made from durable laboratory-grade glass, these condensers offer excellent thermal resistance and ease of handling, making them suitable for research, chemical analysis, and routine laboratory applications.
Desiccator with Lid and Vacuum Die-Pressed Borosilicate Glass
Labix Desiccator with Lid and Vacuum Die Pressed Borosilicate Glass is designed for advanced moisture-free storage and vacuum applications. Made from high-quality borosilicate glass, it offers excellent durability, chemical resistance, and airtight sealing. Ideal for laboratories and research use, it ensures safe sample preservation and reliable performance in critical conditions.
Dessicator with Lid and Plain Die-Pressed Borosilicate Glass with Porcelain Perforated Plate
Labix Desiccator with Lid Plain Die Pressed Borosilicate Neutral Glass with Porcelain Perforated Plate is designed for moisture-free storage of samples. It ensures high vacuum stability, chemical resistance, and durability. Ideal for laboratories, research, and industrial use, it provides safe preservation and reliable performance for sensitive materials and experimental applications.
Dewar flask
Labix Dewar Flask is designed for safe storage and handling of cryogenic liquids. With excellent insulation properties, it minimizes heat transfer and ensures temperature stability. Made from high-quality materials, it offers durability and reliable performance, making it ideal for laboratory, research, and industrial applications requiring precise thermal control and storage.
