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Speaking at the pre-Christmas event, Frank Sonnenschein, Global Business Development Manager at Versiv Composites, told the audience of hydrogen fuel cell and general power industry professionals of the importance of considering gaskets early in the design process.

PTFE gaskets within hydrogen fuel cell gaskets allow for low permeation, chemical resistance, and safety compliance.

Unveiling the role of PEMFC, AFC, PEMEL, and AEL Technologies in advancing hydrogen fuel cells and electrolysers.

Composite materials play a key role in extending the lifetime of fuel cell gaskets by providing enhanced durability, resilience, and resistance to degradation factors common to fuel cell environments

This white paper delves into PEMFC, AFC, PEMEL, and AEL systems, their applications, and the crucial role of sealing technologies in advancing fuel cells and electrolysers for a sustainable future.

Optimism around the progress of the hydrogen industry is being tempered by the infrastructural and regulatory challenges threating the sector’s momentum.

Download our white paper on fuel cell & electrolyser technologies to explore advances in PEMFC, AFC, PEMEL & AEL, along with market outlook & regulations in the green hydrogen sector.

Advanced fuel cell gasketing materials enable efficient PEMFC, PEMEL, AFC, and AEL systems, driving decarbonization in mobility and energy.

Advanced sealing and PTFE composites improve efficiency and durability in PEMFC and electrolyser fuel cell systems

Green hydrogen and PEM electrolysers support grid integration and renewable energy, with advanced gasket technology for improved efficiency.