Publication: Oct 15, 2018 Last updated: Nov 25, 2024

KRAIBURG TPE expands TPE portfolio for soft-touch surfaces


Low-emission, low-odor, and UV-resistant compounds that are easy to process

 

 

At Fakuma, KRAIBURG TPE will present a new thermoplastic elastomers series especially 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 behavior 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 odor behavior 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 (odor behavior 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.

With these key properties, the flexible materials are available in hardness grades ranging between 50 and 80 Shore A. They offer excellent adhesion to polypropylene in two-component applications and provide attractive, satin-finished surfaces with a pleasant soft-touch feel and permanent abrasion resistance.

Thanks to their superior processing behavior, the new low-emission and low-odor FG/FS compounds of the THERMOLAST® K series can be processed at relatively low pressures and precisely reproduce the surfaces of even geometrically complex components. They are available in the standard colors, black and natural, as well as in OEM-specific colors and also allow individual coloring. Applications range from complex, durable floor mats and anti-slip mats to panels and decorative surfaces to thumb wheels, switches, and handles.

“With the new FG/FS compounds of the THERMOLAST® K series, we extend our portfolio of high-performance TPEs for this growing market segment,” says Dirk Butschkau, Product Marketing Manager EMEA at KRAIBURG TPE. “This way we are meeting the steady trend toward soft-touch surfaces in automotive interior applications by offering versatile, durable, and cost-effective materials solutions.”

Download press release

In our media package you will find comprehensive information, graphics and pictures on the subject.

15.10.2018 MEDIA PACKAGE FOR KRAIBURG TPE expands TPE portfolio for soft-touch surfaces

Our Communication team is happy to assist you.

If you have any questions or would like more information, please contact our press spokesperson.

Bridget Ngang

Juliane Schmidhuber

Mirna Pina


Latest News

Exceptional Luggage Handles with THERMOLAST® R
12.12.2024 Exceptional Luggage Handles with THERMOLAST® R KRAIBURG TPE's innovative TPE materials offer versatile solutions to meet the evolving demands of various industries, delivering excellent performance while enhancing the overall user experience. read more
Innovative TPE Solutions Upraises Healthcare Products
05.12.2024 Innovative TPE Solutions Upraises Healthcare Products TPE Healthcare has selected KRAIBURG TPE’s thermoplastic elastomers for their TPE Tourniquets and TPE Esmark Bandages, as our materials ensure superior performance, high quality and reliability standards in critical medical and healthcare applications. read more
Moving Ahead in Car Pedal Manufacturing
28.11.2024 Moving Ahead in Car Pedal Manufacturing Our THERMOLAST® K excels in the automotive industry thanks to its exceptional properties designed for high-performance use. read more
Refining Fishing Lures with Cutting-Edge TPE
18.11.2024 Refining Fishing Lures with Cutting-Edge TPE KRAIBURG TPE’s materials significantly improve fishing lures by providing exceptional flexibility and durability, allowing lifelike movements that mimic real prey. read more