Home

Editorial

News

The Expert's View

Solutions Gallery

• May 07, 2008 - New glass fiber reinforced polyamide for automotive applications (Innovation Brief)
• Apr 29, 2008 - Development of microwave foaming method for phenolic insulation foams (R&D Highlight)
• Apr 29, 2008 - Ethylene-vinyl alcohol resin composition, multilayer structure, and retortable food packaging containers (R&D Highlight)

• New! PMMA Molding Compounds
• New! TPU (TPE-U)
• New! PC-ABS – Polycarbonate - ABS blends

• - Choose one - PC/PBT - PC/PET Blends COPE (TPE-E) POM (Acetal Copolymer) PolyCarbonate High Heat PolyCarbonate PA 46 PA 66 PA 66 Service Center PA 66 for Automotive PA 66 for Electrical & Electronics PA11 - PA12 PA6 Injection Molding PA6 Film & Extrusion SBC Center - Packaging SBC Center - Injection Molding PBT PMMA Sheets Self-Reinforced Polyphenylene (SRP)

• High Temperature resistance & Design flexibility without metal in automotive air intake and cooling & heating systems pipes (Solution DataSheet)
• SRP-Medical-Application (Solution DataSheet)
• Automotive anti-lock brakes require Stanyl for an increased safety (Case Study)
• Automotive Mechanical Torsion Damper (MTD) with the Stanyl® TW341 (Case Study)
• Automotive signalling lamps DCX with the Stanyl® TW200F6 - PA46 GF30 (Case Study)
• Balance Shaft Cover : from Metal to Stanyl® (Case Study)
• Clean air duct DaimlerChrysler on Arnitel® PB582-H (Case Study)

Why a High Heat Materials Channel?

...because high heat resistance is one of the hottest topics of the Plastics industry! By focusing on key concepts such as peak temperature resistance, thermal ageing resistance, polymer heat stabilization… this Channel aims to provide engineers and designers with solutions to innovate with high heat resistance plastics!