How can silicone-free thermal gels safeguard next-generation ADAS controllers from heat-induced degradation?

✨ Market Trends: As autonomous driving accelerates, ADAS domain controllers must process terabytes of sensor and vehicle data per hour, producing significant Joule heating and localized thermal gradients. OEMs require sustainable, silicone-free thermal management solutions that ensure low VOC emissions, REACH compliance, and reliable dissipation of heat flux while maintaining long-term electro-mechanical stability in high-density electronics.

✨ Applications: Bergquist Liqui Form TLF 6500 CGel-SF is engineered for ADAS domain controllers, vehicle computing units, radar, lidar, and camera modules, where maintaining dielectric insulation, preventing electrostatic discharge, and avoiding thermal runaway are critical. Its unique chemistry ensures even wet-out across irregular topographies, making it essential for fragile assemblies in advanced electronic architectures.

✨ Highlights: This one-part, silicone-free curable gel provides an exceptional thermal conductivity of 6.5 W/m·K, enabling superior heat transfer under heavy computational loads. Its ultra-low compression stress protects delicate solder joints, coatings, and encapsulated circuits from mechanical fatigue. With low oil-bleeding and no D4–D10 siloxanes, it eliminates fogging in optical sensors and prevents contamination in powder-coated or conformally coated surfaces.

✨ Product Advantage: Unlike conventional silicone gels, Bergquist TLF 6500 CGel-SF combines chemistry-driven sustainability, precision rheology, and advanced thermal physics to deliver unmatched reliability. It cures into an elastomer that fills micro-voids for consistent heat conduction, withstands thermal cycling without cracking, and enhances production efficiency with high-speed dispensability aligned to just-in-time manufacturing. By integrating thermal management, electrical protection, and sustainable material science, it ensures the longevity and performance of ADAS systems at the core of autonomous driving.