Allihn Condenser Soxhlet Extraction BORO 3.3 Glass
Liebig Condenser with Interchangeable Joint Socket, Borosilicate Glass (BORO 3.3)
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Liebig condensers supplied by LabChoice Australia provide dependable and efficient vapor cooling for distillation, reflux and solvent purification workflows in teaching, analytical and industrial laboratory environments. Manufactured from premium BORO 3.3 borosilicate glass in full compliance with ISO 3585 and ASTM E438 Type 1 Class A standards, these condensers offer excellent thermal stability, chemical resistance and long term durability. Their simple and robust straight tube cooling design supports reliable condensation for a wide range of solvents and reagents, making them one of the most commonly used condenser types in laboratory distillation apparatus.
Each Liebig condenser features precision ground glass joints produced in accordance with ISO 383 and ASTM E676 specifications, ensuring secure, leak tight compatibility with boiling flasks, stillheads, adapters and other jointed glassware. The condenser consists of an inner vapor path surrounded by a water jacket engineered to provide uniform coolant flow for consistent heat removal. The high clarity BORO 3.3 glass construction allows clear observation of vapor condensation and solvent return during operation, supporting safe and efficient process monitoring.
Liebig condensers are widely used in organic synthesis, essential oil work, hydro distillation, solvent purification, teaching laboratories, environmental testing and quality control workflows. Their versatile design makes them suitable for low and medium boiling point solvents and ideal for routine distillations in secondary schools, universities, industrial laboratories and research facilities. The straightforward structure ensures minimal flow resistance, reduced flooding risk and compatibility with a broad range of distillation setups.
All Liebig condensers supplied by LabChoice Australia undergo ISO 9001 aligned quality control inspection. This includes dimensional verification, joint taper conformity testing, water jacket pressure integrity assessment, clarity evaluation and thermal shock testing. Each unit is validated to meet ISO and ASTM borosilicate performance requirements as well as standards governing joint interchangeability. These rigorous assessments ensure long term reliability, safe operation and consistent performance for laboratories requiring dependable cooling condensers.