Axiva 293 mm Cellulose Nitrate Membrane Filter (Pack of 50)

The Axiva 293 mm Cellulose Nitrate Membrane Filter, available in a pack of 50, is a specialized filtration product designed for laboratory applications. Cellulose nitrate membranes are commonly used for the filtration and analysis of aqueous solutions, microbiological assays, and particle retention in air and liquid samples. Key features of the Axiva 293 mm Cellulose Nitrate Membrane Filter include: 1. High-Quality Material: The membrane filters are made from high-quality cellulose nitrate material, known for its excellent chemical compatibility, low protein binding properties, and high flow rates. This ensures reliable and consistent filtration performance in various laboratory applications. 2. 293 mm Diameter: The large diameter of the membrane filters makes them suitable for filtration of larger volumes of liquid samples or for use in filtration systems requiring larger surface areas for efficient particle retention and separation. 3. Pack of 50: The membrane filters are conveniently packaged in a pack of 50, providing researchers with an ample supply for multiple filtration experiments. This packaging strategy ensures consistency and reproducibility in experimental results while offering cost-effective solutions for laboratory needs. 4. Versatility: The Axiva Cellulose Nitrate Membrane Filters are versatile and can be used for a wide range of laboratory applications, including microbiological analysis, environmental monitoring, quality control testing, and particle analysis. 5. Compatibility: The membrane filters are compatible with various filtration systems, including vacuum filtration, pressure filtration, and gravity filtration setups. They can be easily integrated into existing laboratory workflows and are suitable for use with standard filtration apparatus. Overall, the Axiva 293 mm Cellulose Nitrate Membrane Filter offers researchers a reliable and efficient solution for laboratory filtration needs. With their high-quality construction, large diameter, versatility, and compatibility, they are indispensable tools for achieving accurate and reproducible results in scientific research, quality control, and industrial processes.