Supertek Class A Heavy Duty Wide Mouth Volumetric Flask With Glass Stopper, Amber Color

The Supertek 200 ml Class A Heavy Duty Wide Mouth Volumetric Flask with Glass Stopper in Amber, identified by the product code 46.434.0200, is a specialized piece of laboratory glassware designed for precise volumetric measurements in conditions where light-sensitive substances are involved. This flask combines the accuracy of Class A standards with the light-shielding properties of amber glass, making it suitable for applications requiring protection against photodegradation.

The 200 ml capacity of this volumetric flask makes it well-suited for tasks demanding precise volume measurements, especially in analytical chemistry, pharmaceutical research, and other laboratory settings. The wide mouth design facilitates easy filling, pouring, and cleaning, enhancing the overall convenience of use. The inclusion of a glass stopper ensures a secure and airtight seal, preventing the entry of light and minimizing the risk of evaporation or contamination.

The amber color of the glass provides protection against ultraviolet (UV) and visible light, which is crucial for safeguarding light-sensitive compounds from degradation. This feature makes the flask particularly valuable when working with substances that may undergo chemical changes or degradation when exposed to light, such as certain pharmaceuticals or photosensitive compounds.

Constructed with heavy-duty materials, this volumetric flask is designed to withstand the demands of rigorous laboratory use, enhancing its durability and resistance to breakage. The use of high-quality borosilicate glass ensures thermal resistance, allowing safe handling of a variety of temperature-sensitive substances. The flask is also calibrated to Class A standards, guaranteeing a high level of accuracy in volume measurements.

In conclusion, the Supertek 200 ml Class A Heavy Duty Wide Mouth Volumetric Flask with Glass Stopper in Amber (46.434.0200) is a specialized laboratory tool that combines precision, durability, and light protection. It is an essential choice for researchers and professionals working with light-sensitive materials, ensuring accurate volumetric measurements while safeguarding against the potential deleterious effects of light exposure.