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 //

CONGRATULATIONS TO BOMBARDIER ON THE FIRST  DELIVERY OF ITS C SERIES AIRCRAFT

SAERTEX congratulates its customer, Bombardier, one of the world’s leading aircraft manufacturers, on the delivery of the first C Series commercial airliner. The historic handover to launch operator Swiss International Air Lines was celebrated during a special event in June and the C Series officially entered service on July 15, 2016.

SAERTEX EXHIBITING AT THE CAMX

SAERTEX will be exhibiting once again at the CAMX trade fair – the Composites and Advanced Materials Expo – at the Anaheim Convention Center, Anaheim (California, USA) from September 26 to 29, 2016.

References

About SAERTEX

With approximately EUR 320 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 1,300 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.