• Fluoropolymer Films Built for Hydrogen

    Proven materials for fuel cells, electrolysers, and the infrastructure that powers them — boosting energy and cost efficiency in hydrogen systems.

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  • Frame Gaskets and Sub-Gaskets Built for Stack Integrity

    TCI films and composites seal, separate and insulate PEM, alkaline and phosphoric acid fuel cell and electrolyser systems.

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  • Release Liners and Carriers for Decal Transfer

    Flat, mechanically stable TCI substrates for catalytic layer production and CCM lamination — clean release and 100% catalyst transfer.

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Hydrogen Material Benefits

Engineered for the Most Demanding Stack Positions

High Chemical Resistance

Resists virtually all acids, bases and solvents.

Low Permeability

Non-porous after cycling — zero gas crossover.

Electrical Insulation

High dielectric anode/cathode separation.

High Temperature Resistance

Reliable from -328°F (-200°C) to 600°F (316°C).

Cleaner Solution

FDA-compliant. No catalyst poisoning.

Consistent Quality

Roll-to-roll, tight tolerances, every run.

Gaskets for Fuel Cells & Electrolysers

Multi-functional, reliable, and robust, TCI composites serve as seals and separator components within fuel cell systems — ensuring energy efficiency and stack modularity. Reduced material creep and excellent tensile strength provide long-lasting performance. Supplied as sheets, roll-to-roll, or die-cut to specification.

Fluoropolymer frame gaskets and sub-gaskets for fuel cells and electrolysers

Release Solutions for Decal Transfer

TCI release solutions serve as processing belts and release sheets for thermal curing and lamination — providing a flat, smooth, mechanically stable substrate for even catalytic ink distribution. At the final stage of CCM production, substrates remove cleanly, allowing 100% transfer. Extremely thin and tightly toleranced, TCI carriers can support thinner catalyst layers.

PTFE release liners for catalyst decal transfer and CCM lamination

TCI materials for Hydrogen applications

Find the right TCI material for your hydrogen application.

Key Properties H2 Application
CrossFilm™ (100% PTFE)Zero porosity · 600°F (316°C) · FDA/FM certifiedDecal carrier · frame gaskets · release liners
PTFE Coated PolyimideHigh dielectric strength · chemically inertSub-gaskets · frame gaskets · decal substrate
FEP Coated PolyimideSuperior release · weldable · low hysteresisSub-gaskets · frame gaskets · CCM carrier
LCP (Liquid Crystal Polymer)Lowest H₂ permeation · bonds to metalsSub-gaskets · frame gaskets
PTFE Coated Glass FabricDimensionally stable · high tensile strengthDecal carrier · lamination belts
Laminated PTFE CompositesMulti-layer · custom thickness · zero permeationGaskets · liners · carrier films
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TCI Materials for Hydrogen applications

Engineered fluoropolymer films for fuel cell and electrolyser applications.

CrossFilm 100% PTFE film roll

CrossFilm™ (100% PTFE)

Zero porosity, 600°F (316°C) continuous, FDA/FM certified.

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PTFE coated film roll

PTFE Coated

High dielectric strength and dimensional stability at high temps.

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FEP coated film roll

FEP Coated

Superior release, weldable, low thermal hysteresis.

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LCP liquid crystal polymer film roll

LCP

(Liquid Crystal Polymer) Lowest hydrogen permeation vs. other polymers.

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