PFSA Membrane for High-Performance PEM Electrolyzers - HPM-20XX Series

Shanghai Hyproof Technology Co. Ltd.

  • High-Performance ePTFE Reinforced PFSA Membrane
  • Specifically engineered for high-performance PEM electrolyzer stacks
  • Protective Cover Film for shipping purposes
  • Superior chemical resistance and durability
  • Shipped ready for immediate use, with no pretreatment steps required
  • This membrane can also be used in PEM fuel cells

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ePTFE Reinforced PFSA Membrane for High-Performance PEM Electrolyzers

  • Our ePTFE Reinforced PFSA Membrane, also known as a cation exchange membrane, is specifically designed for high-performance PEM electrolyzers.
  • This advanced membrane separates the anode and cathode compartments in PEM electrolyzer stacks, which consume electricity and DI-water to generate hydrogen and oxygen gases.
  • The membrane comes in 50, 80, and 110-micron thickness which allows for high current densities while maintaining mechanical robustness, essential for demanding electrolyzer applications.
  • Experience the superior performance and durability of our ePTFE Reinforced PFSA Membrane for your PEM electrolyzer applications and beyond.

Key Features

  • Enhanced Durability: The ePTFE structure significantly extends the operational lifetime of the membrane by mitigating swelling-related stresses, making it far more durable than unreinforced membranes.
  • High Performance: Ideal for PEM electrolyzer stacks, this membrane supports very high current densities and long operational lifetimes.
  • Chemical Stability: Made from chemically stabilized perfluorosulfonic acid (PFSA), it offers lower fluoride ion release, ensuring superior chemical resistance and durability.
  • Protective Cover Film: Each membrane features a cover film on one face to safeguard it during shipping.
  • Ready to Use: Our ePTFE Reinforced PFSA Membrane is shipped ready for immediate use, with no pretreatment steps required, ensuring a seamless integration into your PEM electrolyzer systems.

Technical Specifications

  • Thickness: 50 microns
  • Material: Chemically stabilized perfluorosulfonic acid (PFSA)
  • Form: Shipped in the acid (H+) form
  • Reinforcement: Microporous ePTFE, providing a 3-D porous structure for PFSA impregnation via the solution cast method.
  • Density, g/cm³: 2.0±0.05
  • Ionic Exchange Equivalent Weight, g/mol: 900-1000
  • Proton Conductivity, mS/cm: >70
  • Breaking Elongation, %: ≥100
  • Linear Swelling Rate (25℃/24h), %: ≤5

Applications

  • Versatile Applications: While primarily designed for PEM electrolyzers, this membrane can also be used in PEM fuel cells (especially those using H2/O2 reactants), electrochemical sensors, and other technologies requiring thin, mechanically reinforced proton exchange membranes.

Contact us

  • Interested? Please contact Hyproof by filling in the contact vendor form.
Brand Hyproof
Manufacturing Readiness (MRL) 10
Technology Readiness (TRL) 9
Compliant with GB/T 20042.3-2022
Shanghai Hyproof Technology Co. Ltd.

Hyproof Tech. was founded in 2016. Focus on innovated science and advanced technology,Hyproof Tech. is committed to research, development, production and sales of novel fluorinated materials, reinforced nano-microporous membranes and composite products. It is a high-tech enterprise, which is recognized as “refined innovative enterprise” by government, and won the second prize of Science and Technology Award of China Textile Industry Association.

Headquartered in Shanghai, Hyproof Tech. is an enterprise commited to R&D, production, sales and service.

Hyproof Tech. takes "scientific and technological innovation" as its core competitiveness,with scientists of many years of experience in the technology of reinforced nano-microporous membrane materials, product design, development and commercialization. The company has about 40 invention patents and utility patents, including nearly 30 invention patents (8 foreign invention patents).

99% of all inquiries get answered within 5 days. Your inquiry will be sent immediately to the right person within the vendor organisation.

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