WACKER’s Podcast Center

Molded plastic parts with electrically insulating properties that can withstand high mechanical and thermal stresses – up to 220 degrees Celsius, can now be produced by using innovative silicone resin binders in the injection molding process. WACKER is thus breaking new ground and providing the industry with an answer to the growing demand for high-temperature polymers. "

Silicone-based impregnation provides an electric motor with extremely high temperature resistance and a long lifetime. Now, WACKER has launched SILRES® H60, which – by curing extremely rapidly – is suitable for mass automotive production, among other applications.

Whether it's a mobile phone, tablet or ticket machine: We operate a wide variety of devices in everyday life by pressing on the surface. „Optical bonding“ is the name of the method that connects this surface with the underlying display. WACKER SILICONES has developed the high-performance silicone LUMISIL for this purpose, which enables particularly brilliant images. And the material could also be used for "smart windows".

Automotive interiors are expected to have an attractive, high-quality finish. The interiors of lower-priced and smaller car models often feature talc-filled polypropylene rather than high-end foamed plastics. WACKER has developed GENIOPLAST^® Pellet S, an additive that stops plastic surfaces from looking scratched and worn even after years of use.

These days, car manufacturers are increasingly making use of supercharged engines with small cylinder capacity – all in the name of downsizing. As a result, the engine compartment becomes hotter. The interior of self-cleaning ovens can also reach such extreme temperatures. WACKER has specially manufactured heat-resistant silicone rubber grades so that valves and seals remain elastic despite the intense heat.