Supertek Transparent Borosilicate Glass Thermometer Pocket

The Supertek Thermometer Pocket, Cone Size 24/29, Stem Length 45 mm, 14.440.0015, is a crucial laboratory accessory designed to facilitate temperature measurements in experimental setups. This thermometer pocket features a cone size of 24/29, ensuring compatibility and versatility in laboratory configurations.

The primary function of the thermometer pocket is to securely hold a thermometer in place within a laboratory apparatus or glassware. The cone size of 24/29 allows for a precise and secure connection with other glassware pieces featuring matching or compatible joint sizes. This standardized sizing promotes compatibility and interchangeability, facilitating seamless integration into existing laboratory setups and experimental procedures.

The stem length of 45 mm provides ample space for the insertion of a thermometer into the pocket, ensuring proper positioning for accurate temperature measurements. The length is optimized to accommodate various types and sizes of thermometers commonly used in laboratory experiments.

Each thermometer pocket 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.

Constructed from high-quality materials, the thermometer pocket exhibits excellent durability and longevity, ensuring reliable performance over time. The robust construction ensures the stability and integrity of the thermometer pocket, minimizing the risk of damage or breakage during use.

In summary, the Supertek Thermometer Pocket, Cone Size 24/29, Stem Length 45 mm, 14.440.0015, is an essential laboratory accessory for temperature measurement in experimental setups. With its standardized cone size, ample stem length, durability, and convenient packaging, this thermometer pocket enhances the efficiency, functionality, and reliability of experimental setups while ensuring accurate temperature measurements for precise data interpretation.