About EPTA ?

EPTA - The European Pultrusion Technology Association was created in 1989 by the leading Pultruders in Europe with the mission to support the growth of the composite profiles industry by maximizing external communication efforts and having an actively contributing membership.

Pultrusion is one of the longest established technologies for manufacturing profiles made from fibre reinforced plastics. The aim of the Association was, and remains,
to reinforce the position of this process technology and promote their common interests. Today, the European Association of Pultruders has over 30 members throughout Europe and provides a strong network for pultruders sharing know-how and marketing ideas they have developed jointly...

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Agenda

01/03/2018

Vienna - Austria

25/09
2017

CALL FOR PAPERS - 14th World Pultrusion Conference

Be part of Europe´s biggest Conference on Trends & Innovations in the Pultrusion Industry. From now on, until October, 27th 2017 you have the chance to submit your proposal for a speach at the 14th World Pultrusion Conference. Looking forward to shaping the future with you! The >> READ MORE BUTTON << will directly lead you to an external webpage where you will find different versions of the speakers application form.

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19/07
2017

Opportunities for composite profiles in the residential housing market

The Pultrusion is one of the longest established technologies for manufacturing profiles made from fibre reinforced plastics. Today the excellent properties of pultruded profiles make them well suited to numerous applications in infrastructure, housing and industry. Offering a combination of properties not available with traditional building materials, and attractive attributes for green builders, the prospects for pultruded profiles especially in the residential housing market are bright. The EPTA - European Pultrusion Technology Association – has now published a new document about the opportunities for composite profiles in the residential housing market.

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Publications

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The structural possibilities
are almost unlimited

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