COBETTER Gridded MCE Membrane Filter, 47mm Diameter, Non-Sterile 0.22μm

Brand Name: Cobetter

Category: Membrane Filters

Summary of the Product:

The COBETTER Gridded MCE Membrane Filter, featuring a 47mm diameter and 0.22μm pore size, is a reliable solution for various analytical and research applications. Non-sterile and designed with precise grid lines, this filter is ideal for laboratory tasks such as colony counting, particle testing, and microbial detection. With high microbial recovery rates and a smooth surface for easy microscopic observation, this filter is a preferred choice in the pharmaceutical, environmental, beverage, and cosmetics industries. Its efficient design ensures consistent results in microbiological quality control processes.

Description:

Crafted from a combination of nitrocellulose and cellulose acetate, the COBETTER Gridded MCE Membrane Filter is renowned for its smooth, flat surface that facilitates easy microscopic examination. The non-sterile membrane is designed for a range of analytical and research applications, offering exceptional performance in tasks such as colony counting, particle testing, and microbial detection. The gridded design, with 3mm x 3mm intervals, allows for accurate colony counting without hindering microbial growth.

The hydrophilic nature of the MCE membrane ensures effective fluid transfer, contributing to its high microbial growth recovery rates. With a pore size of 0.22μm, this filter delivers outstanding microbial retention efficiency, making it a reliable choice for laboratories focused on microbiological quality control. The filter is capable of withstanding a maximum operating temperature of 130°C, providing versatility across different laboratory environments.

Ideal for use in the pharmaceutical, environmental, beverage, and cosmetics industries, the COBETTER Gridded MCE Membrane Filter is available in a convenient pack size of 50 pcs/pk. Its non-sterile condition makes it suitable for applications where sterility is not a critical requirement, yet precision and accuracy are paramount.