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XION™ AEM

Showing 1–12 of 14 results

  • DURION AEM

    XION™ Composite – AEM-Durion-LMW-05μm

    150.00438.00

    The DURION AEM-LMW-05 is a composite AEM. Its thickness (5 μm), IEC (2.0-2.3 mequiv/g), high selectivity, high chemical resistance, and high durability make it ideal for fuel cell applications. It is stable under neutral and alkaline conditions.

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  • DURION AEM

    XION™ Composite – AEM-Durion-LMW-10μm

    144.00414.00

    The Xion AEM-LMW-10 is a composite AEM. Its thickness (10 μm), IEC (2.0-2.3 mequiv/g), high selectivity, high chemical resistance, and high durability make it ideal for fuel cell applications. It is stable under neutral and alkaline conditions.

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  • DURION AEM

    XION™ Composite – AEM-Durion-LMW-20μm

    136.00392.00

    The DURION AEM-LMW-20 is a composite AEM. Its thickness (20 μm), IEC (2.0-2.3 mequiv/g), high selectivity, high mechanical stability, high chemical resistance, and high durability make it ideal for fuel cell and desalination applications. It is stable under neutral and alkaline conditions.

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  • DURION AEM

    XION™ Composite – AEM-Durion-LMW-30μm

    132.00378.00

    The DURION AEM-LMW-30 is a composite AEM. Its thickness (30 μm), IEC (2.0-2.3 mequiv/g), high selectivity, high mechanical stability, high chemical resistance, and high durability make it ideal for desalination and eletrolyzer applications. It is stable under neutral and alkaline conditions.

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  • PENTION AEM

    XION™ Composite – AEM-Pention-72-15CL-05μm

    150.00438.00

    The XION™ Composite Pention™ Membrane is a composite AEM. Its thickness (5 μm), IEC (3.5 meq/g), high selectivity, high chemical resistance, and high mechanical strength make it ideal for fuel cell applications. It is stable under neutral and alkaline conditions.

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  • PENTION AEM

    XION™ Composite – AEM-Pention-72-15CL-10μm

    144.00414.00

    The XION™ Composite Pention™ Membrane is a composite AEM. Its thickness (10 μm), IEC (3.5 meq/g), high selectivity, high chemical resistance, and high mechanical strength make it ideal for fuel cell applications. It is stable under neutral and alkaline conditions.

    Clear
  • PENTION AEM

    XION™ Composite – AEM-Pention-72-15CL-20μm

    136.00392.00

    The XION™ Composite Pention™ Membrane is a composite AEM. Its thickness (20 μm), IEC (3.5 meq/g), high selectivity, high chemical resistance, and high mechanical strength make it ideal for fuel cell applications. It is stable under neutral and alkaline conditions.

    Clear
  • PENTION AEM

    XION™ Composite – AEM-Pention-72-15CL-30μm

    132.00378.00

    The XION™ Composite Pention™ Membrane is a composite AEM. Its thickness (30 μm), IEC (3.5 meq/g), high selectivity, high chemical resistance, and high mechanical strength make it ideal for fuel cell and electrolyzer applications. It is stable under neutral and alkaline conditions.

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  • PENTION AEM

    XION™ Composite – AEM-Pention-72-15CL-50μm

    198.00567.00

    The XION™ Composite Pention™ Membrane is a composite AEM. Its thickness (50 μm), IEC (3.5 meq/g), high selectivity, high chemical resistance, and high mechanical strength make it ideal for electrolyzer applications. It is stable under neutral and alkaline conditions.

    Clear
  • PENTION AEM

    XION™ Composite – AEM-Pention-72-5CL-05μm

    150.00438.00

    The XION™ Composite Pention™ Membrane is a composite AEM. Its thickness (5 μm), IEC (3.5 meq/g), high selectivity, high chemical resistance, and high mechanical strength make it ideal for fuel cell applications. It is stable under neutral and alkaline conditions.

    Clear
  • PENTION AEM

    XION™ Composite – AEM-Pention-72-5CL-10μm

    144.00414.00

    The XION™ Composite Pention™ Membrane is a composite AEM. Its thickness (10 μm), IEC (3.5 meq/g), high selectivity, high chemical resistance, and high mechanical strength make it ideal for fuel cell applications. It is stable under neutral and alkaline conditions.

    Clear
  • PENTION AEM

    XION™ Composite – AEM-Pention-72-5CL-20μm

    136.00392.00

    The XION™ Composite Pention™ Membrane is a composite AEM. Its thickness (20 μm), IEC (3.5 meq/g), high selectivity, high chemical resistance, and high mechanical strength make it ideal for fuel cell applications. It is stable under neutral and alkaline conditions.

    Clear