Supertek 2000 ml Porcelain Mortar and Pestle With Spout, White Color, CH11605/8

The Supertek 2000 ml Porcelain Mortar and Pestle with Spout, designated by model number CH11605/1, stands as a fundamental laboratory tool meticulously crafted for various scientific applications. This mortar and pestle set, constructed from high-quality porcelain material, offers exceptional durability, chemical resistance, and ease of use, making it an indispensable asset in laboratories and research facilities.

The porcelain material employed in the construction of this mortar and pestle set boasts excellent chemical resistance, ensuring its suitability for a wide range of laboratory applications involving acids, bases, and other reactive substances. This resistance guarantees the integrity of experiments conducted within the mortar, providing researchers with reliable and consistent performance over time.

The mortar features a 2000 ml capacity, providing ample space for grinding and pulverizing solid materials into fine powders or pastes. The larger capacity allows for the processing of larger quantities of samples, enhancing productivity and efficiency in laboratory workflows.

Equipped with a pestle and spout, this mortar facilitates efficient grinding and pouring of substances. The pestle's sturdy construction and ergonomic design enable researchers to crush and grind materials effectively, while the spout ensures precise pouring and transfer of the resulting mixture without spillage or waste.

The white color of the porcelain mortar enhances visibility, allowing researchers to monitor the grinding process and observe color changes or texture variations with clarity and precision. This feature is essential for achieving desired particle sizes and textures in sample preparation, ensuring accurate and reproducible results in subsequent analyses or experiments.

The Supertek 2000 ml Porcelain Mortar and Pestle with Spout offers researchers, technicians, and educators a reliable and versatile tool for various laboratory applications, including sample preparation, chemical analysis, and pharmaceutical research. Its exceptional durability, chemical resistance, and ergonomic design make it an indispensable asset in laboratories and research facilities, contributing to the success and efficiency of scientific endeavors.