Supertek Class A Short Neck Volumetric Flask With Interchangeable Glass and PP Stopper

The Supertek 50 ml Class A Short Neck Volumetric Flask with Interchangeable Glass and PP (Polypropylene) Stopper, identified by the product code 77.415.0050, offers a versatile and convenient solution for precise volumetric measurements in laboratory settings.

Designed with a short neck, these volumetric flasks provide ease of use and handling during experiments and solution preparation. The 50 ml capacity makes them suitable for tasks demanding accurate volume measurements in various scientific applications, including analytical chemistry, pharmaceutical research, and quality control processes.

What sets these flasks apart is the inclusion of both glass and polypropylene stoppers, offering interchangeable options based on the specific needs of the experiment or the nature of the substances being handled. The glass stopper provides a secure and airtight seal, ensuring the preservation of the flask's contents by preventing evaporation and contamination. On the other hand, the polypropylene stopper is known for its chemical resistance and durability, making it suitable for a broader range of chemical applications.

This pack of two flasks (77.415.0050) enhances experimental flexibility, allowing researchers to choose the stopper material that best suits the characteristics of the substances being worked with. The Class A calibration ensures a high level of accuracy in volume measurements, meeting the rigorous standards required in scientific research and analytical procedures.

The short neck design not only facilitates pouring and filling but also contributes to the overall stability and ease of handling during laboratory tasks. Constructed with high-quality borosilicate glass, these volumetric flasks offer thermal resistance, enabling safe handling of substances with varying temperature requirements.

In summary, the Supertek 50 ml Class A Short Neck Volumetric Flask with Interchangeable Glass and PP Stopper (77.415.0050) combines precision, versatility, and convenience. It is a valuable tool for laboratories where accurate volumetric measurements and adaptability in stopper materials are essential for diverse experimental needs.