Composite material and lightweight solutions made of glass fibre, carbon & aramid

SAERTEX® multiaxial fabrics and core materials

Used in conjunction with our staff’s engineering know-how create the value-added process used in many industries from idea to serial production: wind energy, offshore, aviation, automotive, railway, construction, boat and shipbuildingsports industry and many more.
 

News //

SAERTEX at Composites Europe 2017

SAERTEX is looking forward to Composites Europe from September 19th to 21st at the Stuttgart Trade Fair Centre. Visit us at our booth (Hall 6, Stand C05).

SAERTEX goes digital

With SAERTEX USA we have now successfully converted our 5th location worldwide to the SAP ERP system. Thanks to everyone involved for the great job!

SAERTEX Lecture at the Techtextil India Symposium 2017

Dr. P.K.C. Bose, Managing Director & CEO of SAERTEX India Pvt. Ltd., will complement the 7th Edition of the Techtextil India Symposium – on September 14, 2017 in Mumbai – by giving a technical lecture on the subject of "Advances in Composites".

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About SAERTEX

With approximately EUR 350 million of annual revenue, the family-owned company SAERTEX® is the global market leader in the manufacture of multiaxial fabrics (non crimp fabrics) and core materials for the production of fiber-reinforced composites. Customers in the wind, aerospace, automotive, sports and boat building industries rely on SAERTEX® reinforcement materials made from glass, carbon and aramid fibers to achieve lighter weights, enhanced stiffness and corrosion resistance. Particularly in segments like shipbuilding, railways, oil & gas and construction, the company offers additional services to support customers in the transformation of components from steel to composite – from calculations and process development to serial part production. With some 1,400 employees and twelve production sites on five continents, as well as an active distribution network in more than 50 countries, the SAERTEX® Group is globally positioned, to satisfy the rising demand for advanced-technology composite solutions.