Advanced Flexible Heating Element Products Expand Application Boundaries for New Energy Equipment Precision Temperature Control

Global new energy industries including power storage, new energy vehicles and precision electronic manufacturing raise higher standards for miniaturized, flexible and low-power thermal control components, driving rapid iteration of thin-film heating material technology. EPI Heating Cable expands its new energy heating product line with diversified flexible heating elements tailored for precision thermal management scenarios.

Silicone heating sheets with soft bendable substrates fit irregular curved surfaces of power modules, while PTC flexible heating sheets integrate self-temperature-limiting materials to avoid overheating without extra control modules, widely adopted for auxiliary heating of lithium battery packs. Epoxy heating plates and aluminum alloy PTC ceramic heating boards provide rigid flat heating solutions for cabinet-type energy storage equipment, balancing structural stability and thermal conduction efficiency. Multiple specifications of PI metal heating membranes adopt micron-level thin film processing technology, with outstanding high-temperature resistance and insulation performance for semiconductor testing equipment and automotive electronic component constant temperature systems. Air conditioner dedicated PTC heaters optimize heat exchange structures to lower operating power consumption, catering to the energy-saving upgrade trend of global household HVAC equipment.

Compared with traditional rigid heating tubes, flexible heating film products reduce equipment overall weight by more than 40% and support customized cutting according to equipment assembly dimensions, lowering assembly and logistics costs for new energy manufacturers. Market research data shows the global flexible PTC heating film market will maintain sustained compound annual growth driven by electric vehicle electrification and distributed energy storage construction. The brand’s new energy heating components comply with RoHS and international electronic safety standards, establishing stable supply cooperation with new energy equipment factories in Europe, North America and the Asia-Pacific region, and continuously expanding application coverage in hydrogen energy equipment and photovoltaic auxiliary heating fields.