Supertek Transparent Borosilicate Glass Air Condenser

The Supertek Air Condenser with a cone size of 24/29 and an effective length of 500 mm, identified by the product code 16.101.0025, is a crucial component in various laboratory setups, particularly in organic chemistry experiments involving distillation and reflux processes.

The term "condenser" refers to a device designed to condense vapors back into a liquid state by transferring heat from the vapor to a coolant circulating within the condenser. In the case of the Supertek Air Condenser, air serves as the coolant, making it suitable for applications where access to cooling water is limited or impractical.

The cone size specification (24/29) indicates the type of ground glass joint used to connect the condenser to other glassware components, ensuring a secure and leak-proof connection. This standardization facilitates compatibility and interchangeability with other laboratory equipment employing similar joint sizes.

The effective length of 500 mm refers to the length of the condenser's straight portion, which influences its surface area available for heat exchange. A longer effective length typically translates to increased efficiency in condensing vapors due to a larger surface area for heat transfer.

The Supertek Air Condenser's design and construction are optimized for efficient heat exchange and durability. The choice of materials, such as borosilicate glass, ensures chemical resistance and thermal stability, making it suitable for a wide range of organic solvents and operating temperatures.

The condenser's compact size and air-cooled design make it particularly useful in setups where space is limited or where the availability of cooling water is restricted. This feature also enhances portability, allowing for flexibility in experimental setups across different laboratory settings.

Overall, the Supertek Air Condenser with its cone size of 24/29, effective length of 500 mm, and air-cooled design offers reliable and efficient vapor condensation capabilities, making it a valuable asset in organic chemistry laboratories for various distillation and reflux processes.