Supertek Class B Volumetric Flask Kit, Amber Color

The Supertek Class B Volumetric Flask, with a 1 ml capacity and an amber color, identified by the model number 71.418.0001, is a specialized laboratory instrument designed for volumetric measurements in conditions where protection from light is essential.

The Class B designation indicates that this volumetric flask complies with international standards for accuracy, with tolerances slightly broader than the more stringent Class A standards. Class B glassware is commonly used in general laboratory applications where precision is important but does not require the highest level of accuracy.

The 1 ml capacity of this volumetric flask makes it suitable for applications requiring precise measurements of small liquid volumes. Volumetric flasks play a crucial role in analytical chemistry, pharmaceutical research, and various scientific experiments where accurate and standardized volumes are essential for reliable results.

The amber color of the glass is a key feature, serving as a protective measure against light. Amber glass is known for its ability to block ultraviolet (UV) and blue light, providing a shield against potentially harmful light-induced reactions or degradation of light-sensitive substances within the flask. This makes the flask particularly valuable in experiments involving light-sensitive compounds or samples.

Supertek, a reputable brand in laboratory equipment, demonstrates attention to specific laboratory requirements with the 71.418.0001 model. This Class B Volumetric Flask with a 1 ml capacity and amber color is a practical solution for researchers and scientists who need both precision in volumetric measurements and protection from light-induced effects in their experiments.

In summary, the Supertek Class B Volumetric Flask with a 1 ml capacity and amber color (model 71.418.0001) is a specialized instrument designed for accurate volumetric measurements while providing protection from light. Its Class B designation, 1 ml capacity, and amber color make it a reliable tool for researchers and scientists working with light-sensitive substances in various laboratory applications.