With the rapid development of new energy vehicles, automotive lithium batteries have ushered in another spring for the battery industry. One of the key technologies for the development of new energy vehicles is the battery management system for new energy vehicles, and the thermal management system is the core of the battery management system, The thermal management of new energy vehicle batteries directly affects the power, reliability and safety of the entire vehicle. At present, the thermal countermeasures for new energy vehicle battery packs include air cooling, liquid cooling and phase change cooling, plus the heat of thermally conductive silicone sheets to solve the thermal conductivity and heat dissipation problems of automotive batteries.

Power batteries are an important factor in promoting the development of new energy vehicles, providing power for them; With the advancement of power battery technology, the endurance of new energy vehicles has been greatly improved. However, the higher the working power of the battery, the higher the heat dissipation during use, which requires the configuration of more efficient thermal conduction solutions.

At present, liquid cooling devices are installed in power batteries. They are embedded between individual cells. Meanwhile, heat can only be transferred to the coolant through the thermal insulation layer. Then, the flowing coolant controls the temperature of the battery pack in this way, using thermal conductive silicone pads in addition to the cooling layer. Thermal conductive silicone gaskets can effectively dissipate the heat generated during the operation of lithium batteries and complete the conduction between batteries.

The use of thermal conductive silicone gaskets can achieve heat transfer between batteries and liquid cooling pipes, and also reflect the highest thermal conductivity of thermal conductive materials. Of course, during use, the buffer battery pack can also be subjected to impact and shock absorption, thereby successfully protecting the battery cells. This can effectively protect the battery pack and reduce vibration between modules. This effect is the most ideal.

The application characteristics of thermal conductive silicone gaskets are very consistent with the heat dissipation requirements of power batteries, so thermal conductive silicone gaskets can play a good role in thermal conductivity in power battery applications. As a professional manufacturer of thermal conductive interface materials in China, Takashima has a mature product thermal conductive solution, which can provide high-quality product solutions such as thermal conductive silica gel sheet, thermal conductive silicone grease, thermal conductive double-sided tape, thermal conductive gel, thermal conductive graphite sheet, thermal conductive insulation sheet, thermal conductive silica gel and silica gel to meet customers' procurement needs in a one-stop manner.