Supertek Class A Volumetric Flask with Individual Calibration Certificate

The Supertek 300 ml Class A Volumetric Flask, featuring an individual calibration certificate and identified by the model number 77.418.0300, stands as a precise and reliable instrument for volumetric measurements in laboratory applications.

The Class A designation indicates that this volumetric flask adheres to the highest standards of accuracy and precision defined by international metrology organizations. Class A glassware is meticulously calibrated to meet strict tolerances, ensuring that the volumetric measurements provided by the flask are highly accurate.

The 300 ml capacity of the flask makes it suitable for applications requiring precise measurements of small liquid volumes. Volumetric flasks are commonly used in analytical chemistry, pharmaceutical research, and various scientific experiments where accuracy in measuring and diluting solutions is critical.

The inclusion of an individual calibration certificate is a significant feature, highlighting the commitment to quality and accuracy. This certificate serves as documented evidence that the specific volumetric flask has undergone individual calibration procedures and meets the defined standards. It assures users that the flask has been verified against known reference standards, attesting to its accuracy and reliability in volumetric measurements.

Supertek, a reputable brand in laboratory equipment, demonstrates its dedication to precision with the 77.418.0300 model. This Class A Volumetric Flask with an individual calibration certificate provides scientists and researchers with confidence in the accuracy of their volumetric measurements, supporting the reliability of experimental results.

In summary, the Supertek 300 ml Class A Volumetric Flask with Individual Calibration Certificate is a highly accurate laboratory instrument designed for precise volumetric measurements. Its Class A designation, 300 ml capacity, and the inclusion of an individual calibration certificate make it a valuable tool for researchers seeking the utmost accuracy in analytical and scientific applications.