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Decal transfer technology enhances fuel cell performance by optimising catalyst application and reducing material waste.

A critical component within a fuel cell is the membrane electrode assembly (MEA), and its efficiency and longevity depend heavily on the coated films used in the fabrication process.

Frank Sonnenschein discusses innovative decal transfer substrates and advanced coating methods for the hydrogen industry at the P2X Conference in Frankfurt.

The recent Houston H2 Expo underscored the growing momentum within the hydrogen sector, marked by increased exhibition space and attendee numbers. However, the industry continues to grapple with significant hurdles.

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

Versiv protection and barrier solutions, used as cells, seals, and separators within hydrogen fuel cells and electrolysers.

The steel industry is leveraging hydrogen generation technology for a greener future. Versiv Composites' fuel cells and electrolysers can play a role.

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

The brochure captures the properties and applications of these friction-minimising materials, and the industries benefitting from their use.

Used as a non-combustible, chemical and mechanical barrier, Versiv PTFE coated fabrics are an integral layer on spiral wound hydraulic hoses used in fluid transfer (delivery or extraction) of corrosive engine fuels.