Supertek Class A Measuring Cylinder Round Base With Pour Out

The Supertek 250 ml Class A Measuring Cylinder with Round Base and Pour Out, identified by the product code 77.502.0250, is a precision laboratory instrument designed for accurate volume measurements. Crafted with high-quality borosilicate glass, this measuring cylinder offers clarity, durability, and resistance to temperature variations.

The round base of the measuring cylinder provides stability during measurements, ensuring accuracy in volume readings. This feature is particularly advantageous when working with smaller volumes, making it suitable for applications in analytical chemistry, pharmaceutical research, and various laboratory tasks where precise measurements are critical.

The 250 ml capacity of this measuring cylinder is ideal for tasks requiring accurate volume measurements in smaller increments. The Class A calibration indicates a high level of accuracy, meeting stringent standards required in scientific research and analytical processes.

The pour-out feature is a practical addition that facilitates the controlled transfer of liquids from the cylinder to another vessel, minimizing the risk of spillage. This enhances the overall convenience and efficiency of laboratory procedures, especially when working with sensitive or valuable substances.

The Supertek measuring cylinder with a round base and pour-out feature is versatile, finding applications in a wide range of laboratory settings where precise volume measurements are essential. The combination of the round base, 250 ml capacity, and Class A calibration makes it a reliable tool for researchers and professionals who demand accuracy and efficiency in their experimental work.

In summary, the Supertek 250 ml Class A Measuring Cylinder with Round Base and Pour Out (77.502.0250) offers stability, precision, and practicality for laboratories engaged in various scientific and analytical tasks. Its design and features make it a reliable tool for measuring small volumes with accuracy and efficiency in a laboratory setting.