Kraiburg TPE presented a new thermoplastic elastomers series specially developed for decorated surfaces that appeal to the touch and for functional parts inside motor vehicles’ cabins.
Design flexibility, cost-effective processability, and flawless surface quality are a must when it comes to the properties of high-performance materials for high-quality automotive interior parts. The specific compounds also comply with all of the industry’s strict regulations that stipulate the long-term behaviour of applications in this sophisticated environment.
The compounds of the new FG/SF THERMOLAST K series comply with all established automotive standards set by OEMs with regard to the emission and odour behaviour of components for vehicle cabins including DIN 75201-B (G) and VDA 278 on fogging and VOC (volatile organic compound) as well as VDA 270 Var. 3 (odour behaviour dependent on temperature and climatic influences). In addition, the compounds provide permanent UV stability, which is confirmed by comprehensive independent tests in accordance with DIN EN ISO 105-B06.
Kraiburg TPE presented a new thermoplastic elastomers series specially developed for decorated surfaces that appeal to the touch and for functional parts inside motor vehicles’ cabins.
Design flexibility, cost-effective processability, and flawless surface quality are a must when it comes to the properties of high-performance materials for high-quality automotive interior parts. The specific compounds also comply with all of the industry’s strict regulations that stipulate the long-term behaviour of applications in this sophisticated environment.
The compounds of the new FG/SF THERMOLAST K series comply with all established automotive standards set by OEMs with regard to the emission and odour behaviour of components for vehicle cabins including DIN 75201-B (G) and VDA 278 on fogging and VOC (volatile organic compound) as well as VDA 270 Var. 3 (odour behaviour dependent on temperature and climatic influences). In addition, the compounds provide permanent UV stability, which is confirmed by comprehensive independent tests in accordance with DIN EN ISO 105-B06.
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