Diversified Flexible Heating Components Empower Thermal Control for Global New Energy Industry

As new‑energy vehicle and energy‑storage industries develop rapidly, efficient, lightweight and safe thermal‑management components turn into critical supporting hardware for low‑temperature reliable operation of power equipment. A series of customizable flexible heating products covers silicone heating sheets, epoxy resin heating sheets, multiple specifications of PTC heaters and ultra‑thin PI metal heating films.

Silicone heating sheets deliver high flexibility and tear resistance, ideal for surface constant‑temperature heating of energy‑storage cabinets. Epoxy resin heating sheets with outstanding insulating performance provide thermal compensation for sealed power modules. The PTC product portfolio includes flexible PTC heating films, aluminum‑alloy‑substrate PTC ceramic heating plates and air‑conditioner PTC heaters for new‑energy vehicle air circulation systems. Leveraging intrinsic positive‑temperature‑coefficient characteristic, PTC heating elements realize passive over‑heat protection without extra complex temperature‑control accessories, lowering system assembly cost for OEM manufacturers.

PI metal heating film acts as high‑end precision heating solution, featuring ultra‑thin profile, fast thermal response and even heat distribution. Custom‑shaped PI heating films can fit irregular battery‑pack shell contours, effectively mitigating lithium‑ion‑battery capacity attenuation under sub‑zero working conditions. Adjustable‑power‑density PTC heating films support layered layout on battery trays and power electronic assemblies.

Market analysis shows that the global flexible PTC‑heating‑component market maintains steady compound growth. New‑energy system integrators are increasingly favoring multi‑material customizable heating elements that satisfy different voltage, power and installation‑space constraints, pushing flexible heating‑film technology toward higher precision and better environmental adaptability.