Door Buster Customized Nanoporous Fluoropolymer And Pfas-free Polymer Membrane Kit Secure Checkout [GeQKf0P3]

Customized Nanoporous Fluoropolymer and PFAS-Free Membrane Kit

The Customized Nanoporous Fluoropolymer and PFAS-Free Membrane Kit offers a comprehensive solution for advanced electrochemical applications. This kit includes a variety of high-quality nanoporous membranes, designed to meet the specific requirements of various electrochemical processes. With an emphasis on chemical resistance, durability, and performance, this kit is perfect for researchers, engineers, and scientists looking to optimize their electrochemical experiments.

Product Features and Specifications

The kit includes a diverse range of nanoporous membranes, each offering unique properties to cater to different applications. These include PTFE HPHI, PTFE HPHO, PVDF HPHI, PVDF HPHO, PES, MCE, Nylon, CE, CA, Glass Fiber, and Quartz Fiber. Each membrane is available in various pore sizes, ranging from 20 to 220 nm, and comes in a round shape with a diameter of 25 mm. The thickness ranges from 25 to 130 μm, providing flexibility in choosing the right membrane for your specific needs. These membranes are hydrophilic or hydrophobic, and their bubble point and flow rate at 10 psi are well-documented to ensure optimal performance.

Applications and Benefits

This versatile membrane kit is ideal for a wide range of applications, including organic electrosynthesis, electrolysis, fuel cells, batteries, biomolecule separation, and membrane catalysis. The superior chemical resistance and low ionic resistance of the nanoporous membranes make them perfect for harsh environments, where traditional materials may fail. By eliminating the use of PFAS compounds, this kit aligns with sustainability and health-conscious practices, offering a greener alternative to traditional membranes. The precision-cut and available sheet options make this kit user-friendly and adaptable to various experimental setups, ensuring a seamless integration into your research and development projects.