We provide customized fire protection and insulation solutions specifically designed for battery covers. Our high-temperature materials withstand over 1000 °C for more than 15 minutes, delivering reliable burn-through protection for all common battery cell formats.
With flexible 2D and 3D forming options, our solutions are fully compatible with battery covers made of aluminum or steel.

Our Shield T^® solutions combine mechanical reinforcement, electrical insulation, and effective fire protection in a single system. Our fire protection materials integrate seamlessly into lightweight composite battery covers, supporting the development of weight-optimized battery enclosures for the next generation of electric vehicles.

Our Shield T^® vent gas management solutions enable controlled hot gas release and prevent flame propagation during thermal runaway events. At the same time, our busbar insulation materials ensure reliable high-voltage safety and short-circuit protection, even under extreme thermal conditions.

Our Shield T^® series features the best resistance against high temperatures, abrasion, and oil. As a result, the spread of a battery fire can be successfully delayed or prevented. Shield T® is already in series use worldwide, setting new safety standards for electric vehicles.

Our Shield T^® cell spacer are made from high-performance composite materials, providing reliable protection against thermal runaway events through excellent thermal and electrical insulation. They offer highly effective flame and fire protection and are highly compressible and precisely reproducible, depending on the application requirements.
With our extensive material portfolio—including aerogels, foams, and other advanced materials—we deliver customized solutions perfectly tailored to individual battery and cell designs.

With our high-performance, self-adhesive insulation materials, short circuits in high-voltage and battery applications can be effectively prevented. Our Shield T^® products stand out with exceptionally high dielectric strength and outstanding thermal and chemical resistance, ensuring maximum safety and durability even under demanding operating conditions.