Stable Temperature Control Under Harsh Operating Conditions: Thermal Conductive Materials Across the Entire Product Line Empower Comprehensive Thermal Management for New Energy Vehicles
As new energy vehicles undergo upgrades toward greater intelligence and higher power output, core components—such as battery packs, motor controllers, IGBT power modules, in-vehicle infotainment systems, and autonomous driving computing modules—are constantly exposed to harsh operating conditions characterized by high temperatures, vibrations, and alternating high and low temperatures. This makes them highly susceptible to issues such as uneven heat dissipation, overheating, and component aging and failure, placing extremely high demands on thermal management materials in terms of high-temperature resistance, vibration resistance, insulation, thermal insulation, and long-term stability.
To address these challenges in the automotive industry, our full range of thermal management materials offers solutions for all scenarios: To meet the heat dissipation and temperature equalization needs between battery cells within a battery pack, we use highly elastic thermal silicone pads that fully fill irregular assembly gaps, cushion vibrations and impacts during driving, achieve uniform temperature distribution across the entire battery pack, and mitigate the risk of thermal runaway; For high-power components such as IGBTs and motor controllers, we combine high-thermal-conductivity thermal grease with thermal adhesives. These solutions feature low thermal resistance and high thermal conductivity, rapidly dissipating the high temperatures generated by high-frequency operation to ensure the stable operation of power devices; For precision in-vehicle electronic components such as displays and cameras, we use thermal double-sided tape that combines thermal conductivity, adhesion, and mounting functions. It is thin, lightweight, and securely bonds to surfaces, making it ideal for the confined installation spaces found in vehicles. The entire product line is resistant to high and low temperatures, offers strong insulation, and has a long service life. It perfectly meets the thermal management needs of passenger cars, commercial vehicles, new energy vehicles, and in-vehicle equipment, helping to ensure the safe and long-term operation of the vehicles.