Following the trends of electromobility and the Internet of Things, Ensinger Compounds offers materials that meet the new specific requirements.
For these demanding conditions of use, Ensinger Compounds has launched granulates reinforced with special minerals that exhibit up to 70 % less wear than conventional plastics. In the mobility sector, friction reduction in the drive train can make a measurable contribution to lower fuel consumption, CO2 and particulate matter emissions.
LDS technology brings advantages especially when installation space is limited, less space is available, the number of components and work steps is to be reduced and new design approaches are to be realised.
At a time when sustainability is more important than ever, engineers and researchers are constantly looking for solutions to the troublesome problem of carbon emissions, especially in the energy and transport sectors. Applications that have gained market share in recent years are the fuel cell for energy production and the redox flow battery for energy storage. Considered a suitable alternative these applications require high-performance materials that enable it to operate as efficiently as possible. As high-performance engineering thermoplastics, TECACOMP HTE compounds have excellent mechanical, thermal and electrical properties. The combination of these properties make them highly reliable materials for bipolar sheets in fuel cells.
