Supertek Transparent Borosilicate Glass Double Coil Condenser With Common Inlet

The Supertek Double Coil Condenser with Common Inlet, identified by the product code 16.120.0010, is an advanced piece of laboratory equipment designed to enhance efficiency and versatility in distillation and reflux processes. Its unique feature lies in its double coil configuration with a shared inlet, offering enhanced cooling capacity and adaptability.

This condenser is equipped with two coiled glass tubes arranged in parallel, sharing a common inlet. This design allows for efficient cooling of vapors by maximizing the surface area available for heat exchange. The shared inlet simplifies the setup by reducing the number of connections required, streamlining the experimental apparatus and minimizing potential sources of leakage.

The cone size specification (24/29) denotes the standardized ground glass joint size used for connecting the condenser to other laboratory glassware components. This standardization ensures compatibility and secure connections within laboratory setups, facilitating seamless integration with other apparatuses utilizing the same joint size.

Constructed from high-quality borosilicate glass, the Supertek Double Coil Condenser offers excellent thermal and chemical resistance, ensuring compatibility with a wide range of organic solvents and operating conditions. Its durable construction guarantees longevity and reliability, even in demanding laboratory environments.

The double coil configuration of the condenser enhances its cooling capacity, making it suitable for applications requiring intensive vapor condensation, such as fractional distillation and reflux processes. The shared inlet further enhances its adaptability, allowing for versatile use in various experimental setups.

In summary, the Supertek Double Coil Condenser with Common Inlet, cone size 24/29, and product code 16.120.0010 offers enhanced cooling capacity, adaptability, and compatibility with standard laboratory setups. Its innovative design and durable construction make it a valuable asset in organic chemistry laboratories for a wide range of distillation and reflux processes, contributing to efficient and precise experimental outcomes.