Lightweighting potential of hybrid automotive body parts / “Teroson” structural epoxy foam
Consumer chemicals producer Henkel (Düsseldorf / Germany; www.henkel.com) said a joint study conducted with RLE International (Cologne / Germany; www.rle.international) showed that fibre-reinforced polymer components with structural foam ribbing and reinforcements can save more than 40 kg of weight per car versus conventional all-metal designs. The study examined and validated the potential of high-performance structural foam for lightweighting in automotive body and closure parts.

Results of the study have confirmed that significant weight reductions can be achieved without compromising the safety in typical crash scenarios by optimising the stiffness of fibre-reinforced plastic frames or carriers with selective foam ribbing and reinforcements, with competitive costs. The hybrid parts feature a solid frame or carrier moulded in higher percent fibre-reinforced polymers (FRP) and selective reinforcements using Henkel’s “Teroson EP” structural foam, a commercially available epoxy-based material that delivers high strength and stiffness at extremely low weight.
26.06.2019 Plasteurope.com [242752-0]
Published on 26.06.2019
Henkel: Geringeres Fahrzeuggewicht durch hybriden LeichtbauGerman version of this article...

© 2001-2020 Plasteurope.com  |  Imprint  |  Privacy

Plasteurope.com is a business information platform for the European plastics industry. It is part of KI Kunststoff Information and PIE Plastics Information Europe, one of the leading content providers for the European plastics industry. We offer daily updated business news and reports, in-depth market analysis, polymer prices and other services for the international plastics industry, including a suppliers guide, career opportunities, a trade name directory and videos.

News | Polymer Prices | Material Databases | Plastics Exchange | Suppliers Guide | Jobs | Trade Names | Videos | Associations & Institutions | Register | Advertising

PIE – Plastics Information Europe | KI – Kunststoff Information | KunststoffWeb | Plastics Material Exchange | Polyglobe | K-Profi
© 2001-2020 by Plasteurope.com, Bad Homburg
Date of print: 25.02.2020 22:22:18   (Ref: 676918598)
Text and images are subject to copyright and other laws for protection of intellectual property.
Any duplication or distribution in any media as a whole or in parts requires prior written approval by Plasteurope. URL: http://www.plasteurope.com/news/detail.asp