19 June 2012
19 June 2012
Rhodia Engineering Plastics now offers the automotive industry a new heat performance Technyl range specifically engineered for both injection and blow moulded parts for turbo-charged engines.
Rhodia explains, following on from diesel engines, turbocharging is now considered in Europe a critical technology for powertrain development for today’s downsized petrol engines where performance and power output must be guaranteed. To meet this increasing demand for turbo technology solutions, they have developed a complete heat performance range of polyamide 6.6 grades for injection and blow-moulding.
They say Technyl B2is the brand new generation for 2D and 3D blow mouldingwhichallows complex tubular partscapable of resisting temperatures of up to 210°C. This complements Rhodia’s Technyl offering for turbo systems which includes the Technyl Heat Performance(HP)range of products for injection moulded applications displaying continuous temperature resistance of 200°C.
“In addition to its high temperature resistance, the new generation of Technyl grades for turbo applications offers excellent processability and cost-competitiveness,”comments Manuel Rossi, Innovation to Market Leader for Rhodia. “This undoubtedly makes it the best technical and economic compromise for Tier 1s to meet OEMs’ growing challenges of higher and tougher heat environments.”
According to Rhodia, ideal for turbo intercoolers and air duct systems, Technyl heat performance range broadens the field for polyamide in automotive under-the-hood applications.
The Lightweight Technologies Forum will take place in parallel to Composites Europe, on 6-8 November 2018 in Stuttgart, Germany.
Tecniplas will exhibit FRP tanks suitable for contact with drinking water at the Fispal Tecnologia food and drink trade fair in São Paulo, Brazil, on 26-28 June.
The American Composites Manufacturers Association (ACMA) has unveiled the winners of this year’s Composites Design Challenge, a design competition that encourages college architecture students to find innovative ways to integrate composite constructions into architectural production.