Cytiva Pall Sentino Membranes

The Cytiva Pall Sentino Membranes are specifically designed to meet the high demands of laboratory and research filtration. Available in 0.2µm, 0.45µm, and 0.8µm pore sizes, these membranes are versatile and robust, catering to a vast range of filtration needs. The Metricel™ Black Membranes are perfect for applications where visibility of particulates is crucial, enhancing contrast against the black background.

These membranes boast high-quality material construction, ensuring durability and performance consistency. Packaged in convenient dispensers, they allow for easy handling, minimizing contamination risks. Whether for microbial analysis, water testing, or air filtration, the Cytiva Pall Sentino Membranes offer reliability, efficiency, and precision, making them an excellent choice for any laboratory setting. With a user-friendly design and superior filtration capabilities, they contribute significantly to accurate and reproducible results in your work.

• All membranes are designed to provide optimal particle retention and flow rate, making them ideal for a wide range of laboratory filtration applications.
• The black color of the Metricel™ membranes enhances contrast, aiding in particle visibility during analysis.
• Packaged in convenient dispensers, these membranes are easy to handle and reduce the risk of contamination during use.

• The Cytiva Pall Sentino Membranes are used for microbial analysis, water testing, and air filtration applications. They help in the separation and analysis of particulates in various samples, ensuring reliable and precise results in laboratories and research settings.

1. What is the primary use of black membranes?
Black membranes are primarily used to enhance visual contrast when analyzing particulates captured on the filter, aiding in accurate counts.

2. Are the Sentino Membranes suitable for chemical filtration?
Yes, Sentino Membranes are compatible with various chemicals, making them suitable for diverse filtration needs in chemical processing applications.