Supertek Transparent Borosilicate Glass Inland Revenue Condenser

The Supertek Inland Revenue Condenser, marked by the product code 16.132.0015, is a specialized apparatus used in laboratory setups, particularly in distillation and reflux processes where efficient vapor condensation is essential for precise experimental outcomes.

Named after the tax authority in the United Kingdom, the Inland Revenue, this condenser is designed with a ground glass joint size of 24/29, adhering to standard laboratory equipment specifications. This ensures compatibility and secure connections with other glassware components, facilitating seamless integration into laboratory setups.

With an effective length of 200 mm, the condenser's straight portion significantly influences its condensation efficiency. A longer effective length provides a larger surface area for heat exchange, enhancing the condenser's ability to efficiently cool and condense vapors. This feature is critical for ensuring the accurate separation and collection of distillate fractions during experimental processes.

Constructed from high-quality borosilicate glass, the condenser offers excellent thermal and chemical resistance, making it compatible with a wide range of organic solvents and operating temperatures. This durability ensures the condenser's reliability and longevity in various laboratory applications, even under demanding conditions.

The Supertek Inland Revenue Condenser's design and construction are tailored to meet the specific requirements of distillation and reflux processes, providing efficient vapor condensation capabilities crucial for achieving accurate experimental results. Its compatibility with standard laboratory setups, combined with its durability and effectiveness, makes it a valuable tool in organic chemistry laboratories for various experimental procedures.

In summary, the Supertek Inland Revenue Condenser with a cone size of 24/29, effective length of 200 mm, and product code 16.132.0015 offers efficient vapor condensation capabilities, compatibility with standard laboratory setups, and durability for various distillation and reflux processes. Its specialized design makes it an essential component in organic chemistry laboratories, contributing to the success and accuracy of experimental procedures.