Supertek Class A Burette with PTFE Key and Calibration Certificate

The Supertek 10 ml Class A Burette with PTFE Key, Amber Color, model number 75.102.0010, is an advanced laboratory instrument specifically designed for highly accurate volumetric measurements, particularly in situations where sensitivity to light is a concern. The Class A designation signifies that this burette meets the highest level of accuracy standards established for laboratory equipment.

The distinctive Amber color of the burette serves a critical purpose in protecting light-sensitive reagents from degradation. This feature is particularly valuable in experiments where the integrity of substances can be compromised by exposure to light, ensuring the reliability and stability of the analytical results.

Equipped with a PTFE key, the burette ensures precise control over liquid flow during titrations and other analytical procedures. PTFE (polytetrafluoroethylene) is chosen for its chemical inertness, preventing interference with the substances being dispensed and enhancing the purity of the measurements.

A notable feature of this burette is the inclusion of a Calibration Certificate. This certificate guarantees that the instrument has undergone rigorous testing and calibration procedures to verify its accuracy. Laboratories and researchers can have confidence in the reliability of their results, knowing that the burette meets or exceeds the specified Class A accuracy standards.

The 10 ml capacity of the burette makes it suitable for applications requiring the measurement of moderate liquid volumes with a high degree of precision. The graduated markings on the burette are clearly visible, allowing for accurate and repeatable volume readings.

In summary, the Supertek 10 ml Class A Burette with PTFE Key and Calibration Certificate, featuring an Amber color, represents a sophisticated solution for laboratories that demand the highest level of accuracy and are working with light-sensitive substances. This burette provides not only precision in volumetric measurements but also protection for light-sensitive reagents, ensuring the integrity of analytical results in sensitive applications.