Supertek Class A Narrow Mouth Volumetric Flask With Glass Stopper

The Supertek 100 ml Class A Narrow Mouth Volumetric Flask with Glass Stopper, identified by the product code 46.403.0065, is a precision laboratory glassware designed for accurate volumetric measurements. With a narrow mouth design, this flask is particularly well-suited for applications where controlled pouring and reduced evaporation are critical.

The 100 ml capacity of the volumetric flask makes it ideal for tasks demanding precise volume measurements in analytical chemistry, pharmaceutical research, and various laboratory applications. The narrow mouth is a key feature, allowing for controlled and targeted pouring of liquids, especially beneficial when dealing with small volumes of valuable or sensitive substances. This design minimizes the risk of spills and enhances the accuracy of transferring fluids from the flask.

The inclusion of a glass stopper ensures a secure and airtight seal, preserving the integrity of the flask's contents. This feature is essential for preventing evaporation and potential contamination, guaranteeing the stability of solutions and maintaining accurate concentrations over time.

Constructed with heavy-duty materials, the 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 substances with varying temperature requirements.

The volumetric flask is calibrated to Class A standards, ensuring a high level of accuracy in volume measurements. The clear and precise markings on the flask enable easy reading and recording of volume measurements, facilitating reliable and consistent experimental results.

In summary, the Supertek 100 ml Class A Narrow Mouth Volumetric Flask with Glass Stopper (46.403.0065) offers precision, durability, and controlled pouring capabilities. It is a valuable tool in laboratories where accurate volumetric measurements and controlled liquid handling are essential for experimental success and the generation of reliable scientific data.