Supertek Class B Measuring Cylinder Hexagonal Base With Interchangeable Stopper

The Supertek 5 ml Class B Measuring Cylinder with Hexagonal Base and Interchangeable Stopper, identified by the product code 70.507.0005, is a versatile laboratory instrument designed for accurate volume measurements with added adaptability. Crafted with high-quality borosilicate glass, this measuring cylinder provides durability, transparency, and resistance to temperature variations.

The hexagonal base of the measuring cylinder ensures stability during measurements, minimizing the risk of tipping and ensuring accurate volume readings. This feature is particularly beneficial when working with smaller volumes, making it suitable for applications in educational settings, routine laboratory tasks, and various experimental procedures where precise measurements are essential.

The 5 ml capacity of this measuring cylinder is well-suited for tasks requiring accurate volume measurements in smaller increments. The Class B calibration indicates a high but slightly lower level of accuracy compared to Class A, making it suitable for routine laboratory applications where exact precision is not as critical.

A notable feature of this measuring cylinder is the inclusion of an interchangeable stopper, enhancing its versatility. The stopper provides a secure seal, preventing evaporation and contamination of the cylinder's contents. This interchangeability allows researchers to customize the measuring cylinder for different experiments or adapt it to specific laboratory requirements, making it a valuable tool in diverse scientific scenarios.

The clear and precise markings on the cylinder facilitate easy reading and recording of volume measurements, contributing to the reliability and consistency of experimental results. The hexagonal base, besides providing stability, adds a practical touch to the design.

In summary, the Supertek 5 ml Class B Measuring Cylinder with Hexagonal Base and Interchangeable Stopper (70.507.0005) offers stability, versatility, and practicality for laboratories engaged in routine scientific tasks. Its design and features make it a reliable tool for measuring small volumes with reasonable accuracy while allowing adaptability in a laboratory setting.