The rapid evolution of electromobility demands not only highly efficient battery modules for extended mileage and shorter charging times but also necessitates a parallel advancement in thermal management solutions. Among these solutions, thermal interface materials play a pivotal role, with the primary objective of achieving successful heat dissipation through high thermal conductivity. This requirement, however, often entails extreme loading levels for thermally conductive additives. Huber Advanced Materials has made significant strides in developing and commercializing grades that have already found applications in various gap filler scenarios. In its latest breakthrough, the company is launching new aluminum trihydrate (ATH)-based materials with optimized particle size distribution and surface modifications, enabling unprecedented loading levels and, consequently, elevated thermal conductivity.

Join this session to:

• Deep dive into the crucial role of mineral additives in achieving enhanced thermal conductivity and flame-retardant properties
• Find out how to improve the processability of highly loaded resins through the fine-tuning of particle properties
• Unveil groundbreaking insights into the future of thermal management solutions for the electrified automotive industry