Reinforcing your ideas worldwide: non-crimp fabrics made of glass, carbon & aramid fibers for lightweight composite parts

SAERTEX® multiaxials and sandwich 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 //

Ultra Fatigue UD: The UD for leaf springs and more

SAERTEX introduces a new solution designed specifically for the use of leaf springs in trucks and passenger vehicles: Ultra Fatigue UD.

SAERTEX AT FEIPLAR COMPOSITES & FEIPUR 2018

SAERTEX will again be showcasing itself in 2018 at the "FEIPLAR COMPOSITES & FEIPUR 2018" exhibition. Come and meet us and our application consultants from the 06 to the 08 November in the Expo Center Norte in Sao Paulo and let us impress you with our solutions and component services.

SAERTEX at Advanced Engineering, Birmingham, England

SAERTEX will be showcasting itself at the Advanced Engineering exhibition in Birmingham from the 31st of October to the 1st of November 2018.

References

About SAERTEX

Family-owned company SAERTEX®, with sales of approx. €350m, is the global market leader in the production of multiaxial fabrics (non crimp fabrics) and core materials for manufacturing composite materials. Customers in the wind, aerospace, automotive, sports and shipbuilding industries rely on composites that gain in terms of lightness, stability and corrosion resistance thanks to SAERTEX® reinforcement materials made of glass, carbon and aramid fibers. Subsidiary company, SAERTEX® multiCom®, is a leader in the trenchless pipe rehabilitation sector – in the areas of both waste water and potable water applications. With a total of 1,400 employees and 14 manufacturing facilities on five continents – together with an active sales and distribution network in over 50 countries – the SAERTEX® Group is a global player.

LEO Infusion Resin

LEO Protection Layer (Topcoat / Gelcoat)

Core Materials (Optional)

LEO Reinforcement Material
(Glass / Carbon / Aramid / Hybrid)