Supertek Class A Burette with Screw Type PTFE Needle Valve and Calibration Certificate

The Supertek 50 ml Class A Burette with Screw Type PTFE Needle Valve, model number 75.103.0050, stands as an advanced and reliable instrument designed for precise volumetric measurements in laboratory applications. With an impressive 50 ml capacity, this burette is well-suited for experiments and analyses that demand larger volume measurements while maintaining a high level of accuracy, meeting the rigorous Class A standards.

One of the notable features of this burette is the incorporation of a Screw Type PTFE (Polytetrafluoroethylene) Needle Valve. PTFE, renowned for its exceptional chemical resistance and low friction properties, ensures a controlled and accurate liquid flow during dispensing. The screw-type mechanism enables fine adjustments, facilitating intricate titrations and volumetric procedures. The PTFE construction enhances the valve's durability and resistance to corrosion, ensuring the reliability of the instrument over extended periods.

The Class A designation underscores the burette's adherence to strict calibration standards, ensuring an exceptional level of accuracy in volumetric measurements. The accompanying Calibration Certificate provides documented proof of the instrument's precision, allowing laboratories and researchers to validate its performance against established standards and ensuring confidence in the reliability of experimental outcomes.

The 50 ml capacity makes this burette versatile for a wide range of laboratory applications, from analytical chemistry to research projects requiring substantial volume measurements with high precision. The clear and easily readable volume markings on the burette enhance user convenience, ensuring accurate readings during experiments.

In summary, the Supertek 50 ml Class A Burette with Screw Type PTFE Needle Valve and Calibration Certificate offers a sophisticated solution for laboratories requiring both significant volume capacity and top-tier precision in volumetric analyses. Its advanced features and adherence to Class A standards make it a valuable and dependable tool for researchers and scientists in diverse fields where accurate measurements are crucial for successful experimentation.