METYX Composites manufactures high-performance technical textiles, including multiaxial reinforcements, carbon reinforcements, RTM reinforcements, woven reinforcements, and vacuum bagging products.
High-performance multiaxial reinforcements are engineered fabrics consisting of one or more layers of unidirectional fibers
In response to rail sector need for a new material solutions, METYX Composites R&D department has developed a new cored glass fibre RTM fabric reinforcement product which meets the new EN standard...
METYX Composites woven fabrics are made by interweaving continuous fiber rovings to produce biaxial fabrics that can be used with most resin systems. METYX Composites woven tapes are comprised of strands of fiberglass that are woven into a narrow band...
METYX Composites manufactures a wide range of surface veils for various applications. All of our surface veils are characterized by uniform fiber distribution; consistent tensile strength; smooth, soft surface; compatibility with all commonly used resin systems; and rapid wet-out.
METYX Composites believes in future generation and proudly supports their activities.
METYX Composites Signs a New Exclusive Distributor Agreement for Great Britain with GRP Solutions Ltd. METYX Composites has extended its global distributor network, appointing GRP Solutions Ltd. as its exclusive distributor for Great Britain (GB). This new distributor agreement is to improve the access, supply chain service and
METYX Composites Showcasing New High Performance RTM Fabric and Carbon Woven Technical Textiles at JEC World 2017, Paris At JEC World 2017, Paris, METYX Composites (Hall 6, Booth J6) is showcasing its latest high performance Eglass, aramid and carbon fibre technical textile products in its range of RTM,
METYX Composites Doubles Production Site in Turkey Istanbul, Turkey – 22 July 2016 METYX Composites, a division of textiles company Telateks A.S., is in the process of doubling its production facilities at its main manufacturing centre in Manisa, Turkey. Land and buildings adjacent to the existing factory in