Supertek Transparent Borosilicate Glass Borosilicate Glass Air Leak Tube

The Supertek Borosilicate Glass Air Leak Tube, with a Cone Size of 14/23 and available in a pack of 10 units, is an essential component in laboratory setups, particularly in experiments requiring the introduction or removal of gases. This specialized glass tube is designed to facilitate controlled air leaks or gas flow within experimental apparatus, ensuring precise and reliable gas handling.

The air leak tube features a standardized cone size of 14/23, ensuring compatibility and seamless integration with other glassware pieces featuring matching or compatible joint sizes. This standardized sizing promotes ease of use and versatility in laboratory configurations, allowing for efficient experimental setups.

The primary function of the air leak tube is to enable controlled air leakage or gas flow within experimental setups. This is particularly useful in experiments where precise control over gas flow rates or the introduction of specific gases is essential. The borosilicate glass construction of the air leak tube ensures excellent chemical resistance and durability, making it suitable for a wide range of laboratory applications.

Each pack includes 10 units of the air leak tube, providing researchers with an ample supply for multiple experiments or setups. This packaging ensures convenience and cost-effectiveness, allowing researchers to conduct experiments without concerns about equipment availability.

Constructed from high-quality materials, the air leak tube exhibits excellent durability and reliability, ensuring long-term performance in laboratory environments. The robust construction of the air leak tube maintains stability and integrity during use, minimizing the risk of damage and ensuring precise control over gas flow rates.

In summary, the Supertek Borosilicate Glass Air Leak Tube, Cone Size 14/23, with its pack of 10 units, serves as a crucial component for controlled gas flow in laboratory experiments. Its standardized sizing, durable construction, and convenient packaging enhance the efficiency, functionality, and reliability of experimental setups, facilitating precise control over gas handling for accurate data acquisition and analysis.