Supertek Transparent Borosilicate Glass U Tube With Two Sockets

The Supertek U Tube with Two Sockets, Socket Size 14/23, 14.432.0005, is a crucial apparatus commonly used in laboratory setups, particularly in experiments involving fluid transfer, pressure measurement, or gas distribution. This U-shaped glass tube features two sockets with a standardized size of 14/23, providing compatibility and versatility in experimental configurations.

The U tube design enables the visualization and measurement of fluid levels or pressure differentials between the two arms of the tube. This is particularly useful in experiments where precise control and monitoring of fluid levels or pressures are necessary. The U-shaped configuration also facilitates the flow of fluids or gases between the two arms of the tube, allowing for efficient fluid transfer operations.

With a socket size of 14/23, this U tube ensures a secure and precise connection with other glassware pieces featuring matching or compatible joint sizes. The standardized sizing promotes compatibility and interchangeability, facilitating seamless integration into existing laboratory setups and experimental procedures.

Constructed from high-quality borosilicate glass, this U tube exhibits excellent chemical resistance, ensuring durability and longevity even when exposed to corrosive chemicals or harsh experimental conditions. This chemical resistance ensures the reliability and integrity of the U tube, maintaining its performance over time and minimizing the need for frequent replacements.

The Supertek U Tube with Two Sockets comes in a pack of 10, providing researchers with an ample supply for multiple experiments or setups. This ensures convenience and cost-effectiveness, allowing researchers to conduct experiments without worrying about the availability of essential equipment.

In summary, the Supertek U Tube with Two Sockets, Socket Size 14/23, 14.432.0005, is a versatile and essential apparatus in laboratory experiments involving fluid transfer, pressure measurement, or gas distribution. With its U-shaped design, standardized socket size, chemical resistance, and convenient packaging, this U tube enhances the efficiency, functionality, and reliability of experimental setups while ensuring accurate measurements and control of fluid dynamics or pressure differentials.