Supertek Transparent Borosilicate Glass Thermometer Pocket Long Type

The Supertek Thermometer Pocket Long Type, featuring a Cone Size 19/26 and available in a pack of 6 units, is a critical accessory in laboratory settings, specifically designed to securely hold thermometers for temperature measurement purposes. Its specialized design ensures compatibility and versatility within various laboratory setups.

With a cone size of 19/26, the thermometer pocket provides a precise and secure connection with other glassware pieces featuring matching or compatible joint sizes. This standardized sizing facilitates seamless integration into existing laboratory apparatus and experimental configurations, ensuring ease of use and compatibility.

The distinguishing feature of the Thermometer Pocket Long Type is its elongated stem, which allows for deeper insertion of thermometers into the experimental apparatus. This extended stem length is particularly advantageous in experiments where temperature readings need to be taken from deeper within the sample or apparatus. It accommodates a wide range of thermometer sizes and types, enhancing flexibility and usability.

Each pack includes six units of the Thermometer Pocket Long Type, providing researchers with an ample supply for multiple experiments or setups. This packaging ensures convenience and cost-effectiveness, enabling researchers to conduct experiments without concerns about equipment availability.

Constructed from high-quality materials, the thermometer pocket exhibits excellent durability and reliability, ensuring long-term performance in laboratory environments. The robust construction of the thermometer pocket maintains stability and integrity during use, minimizing the risk of damage and ensuring accurate temperature measurements over time.

In summary, the Supertek Thermometer Pocket Long Type, with its Cone Size 19/26 and pack of 6 units, serves as an indispensable accessory for precise temperature measurement in laboratory experiments. Its standardized sizing, extended stem length, durability, and convenient packaging enhance the efficiency, functionality, and reliability of experimental setups, facilitating accurate temperature readings for precise data analysis and interpretation.