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Versiv multimaterial composites, including advanced hybrid and multilayer options, are designed for superior mechanical strength, flexibility, and chemical resistance in various applications.

Flueflex Environmental Composites are engineered with high-strength woven fiberglass for exceptional flexibility in wet and dry flue-gas conditions.

Effective grinding wheel performance is essential for achieving efficient material removal, precise surface finishing, and extended tool life in various industrial grinding operations.

Decal transfer technology enhances fuel cell performance by optimising catalyst application and reducing material waste. Learn about its environmental benefits and efficiency in producing catalyst coated membranes.

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

Flueflex 350 BP is a material based on a high strength woven fibreglass substrate with excellent mechanical strength and flexibility that is coated with a matrix of fluoropolymer resins and then laminated on both sides with a multi-layer cast PTFE film for extra chemical and permeation resistance.

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

Flueflex 850 BF is a Versiv material based on a high strength woven fibreglass substrate with excellent mechanical strength and flexibility that is coated with a matrix of fluoropolymer resins and then laminated on one side with a multi-layer cast PTFE film for extra chemical and permeation resistance.

Flueflex 350 BF is a Versiv material based on a high strength woven fibreglass substrate with excellent mechanical strength and flexibility that is coated with a matrix of fluoropolymer resins and then laminated on one side with a multi-layer cast PTFE film for extra chemical and permeation resistance.

Flueflex 1000 BF is a Versiv material based on a high strength woven fibreglass substrate with excellent mechanical strength and flexibility that is coated with a matrix of fluoropolymer resins and then laminated on one side with a multi-layer cast PTFE film for extra chemical and permeation resistance.