Auto Electronics

Automotive electronics face harsh conditions—wide temperatures, vibration, and long service life requirements. Heat from ECUs, ADAS processors, infotainment systems, and power electronics (OBC/DC-DC/inverter) can compromise reliability if not properly managed.

Sheen thermal interface materials (pads/gels/adhesives) create low-resistance heat paths to housings or cooling plates to: ① reduce hotspots and extend lifetime; ② maintain stable performance under thermal cycling; ③ support faster design-in with custom thickness, die-cut parts, and engineering support.

Overview

Auto Electronics (TIMs) Solutions

Automotive electronics operate under wide temperature ranges, vibration, and long service-life requirements. Heat from ECUs, ADAS processors, infotainment, and power electronics can accelerate aging and reduce system stability if not managed properly.

Sheen thermal interface materials (pads/gels/adhesives) create low-resistance heat paths to housings or cooling plates—reducing hotspots, improving reliability, and supporting custom design-in from prototype to mass production.

Benefits

Automotive Thermal Materials, Built for Harsh Conditions

Reduce Hotspots, Protect Key Electronics

Efficient heat transfer from ECUs, ADAS processors, and power devices—improving stability under load.

Gap-Filling Fit for Complex Assemblies

Conformable TIMs handle tolerance stack-ups and uneven surfaces—consistent contact and lower thermal resistance.

Long-Term Durability in Thermal Cycling

Designed for wide temperature ranges and thermal cycling—helping extend lifetime and reduce failure risk.

Custom Parts + Engineering Support

Custom thickness and die-cut shapes—fast sampling to accelerate validation and mass production ramp.

Related Automotive Applications

Automotive/EV

Thermal solutions for ECUs, ADAS, and power electronics—improved reliability under harsh conditions.

Energy Storage Battery System

Improve temperature uniformity and reduce hotspots for safer, longer cycle life.

Power Conversion (Inverter/OBC)

Lower junction temperature in power modules to boost efficiency and long-term reliability.

Related Automotive Markets

Automotive electronics thermal solutions are widely used across smart vehicles and high-reliability systems—helping manage hotspots, withstand thermal cycling, and extend service life.