Supertek Class A Narrow Mouth Volumetric Flask With Glass Stopper, Amber Color

The Supertek 20 ml Class A Narrow Mouth Volumetric Flask with Glass Stopper in Amber, identified by the product code 46.412.0035, offers a specialized solution for laboratories working with light-sensitive substances. This set includes six precision volumetric flasks designed for accurate and reliable volumetric measurements, adhering to Class A standards.

The 20 ml capacity of each flask makes them suitable for tasks requiring precise volume measurements in various scientific and industrial applications, such as analytical chemistry, pharmaceutical research, and quality control. The narrow mouth design facilitates controlled pouring and minimizes the risk of spills, which is particularly advantageous when working with small volumes of valuable or sensitive materials.

The distinctive feature of these volumetric flasks lies in the amber-colored glass. This amber hue provides protection against ultraviolet (UV) and visible light, safeguarding light-sensitive compounds from degradation. This is crucial in experiments or processes where exposure to light could alter the chemical properties of the substances involved. The amber glass acts as a barrier, preventing potentially harmful light from reaching the contents of the flask and ensuring the stability of light-sensitive solutions.

Each flask comes equipped with a glass stopper, ensuring a secure and airtight seal. This not only prevents evaporation but also protects the contents from external contaminants, maintaining the integrity of the solutions stored within. The use of heavy-duty borosilicate glass enhances durability and thermal resistance, allowing for safe handling of temperature-sensitive substances.

In summary, the Supertek 20 ml Class A Narrow Mouth Volumetric Flask with Glass Stopper in Amber (46.412.0035) provides precision, controlled pouring, and light protection. This makes it a valuable tool for laboratories engaged in research or processes involving light-sensitive materials, where accurate volumetric measurements and preservation of substance integrity are paramount.