What effect does thermal conductive potting adhesive have on power batteries?

Thermal conductive potting adhesives currently play an important role in new energy, among which they are widely used in the field of electric energy, and their safety has received increasing attention. Power batteries are an important factor in promoting the development of new energy vehicles. They are the progress of power battery technology for new energy vehicles, greatly improving the endurance of new energy vehicles. However, the higher the operating power of the battery, the higher the heat released during use, which requires more efficient thermal conductivity solutions. What role does thermal conductive potting adhesive play in power batteries?

Thermal conductive potting adhesive is mainly used for bonding, sealing, potting, and coating maintenance of power batteries. "Thermal conductive potting adhesives belong to a liquid state before curing, and have fluidity. The viscosity of the glue varies depending on the material, function, and manufacturing process of the product.". The heat conductive potting adhesive can only be fully cured to achieve its application value. After curing, it can play a waterproof, dustproof, insulating, heat conductive, anti-corrosion, and shockproof role.

The role of heat conductive potting adhesive in power batteries: Heat conductive potting adhesive is used to supplement the surrounding of components to achieve the effect of strengthening and increasing electrical resistance. It can also provide excellent sealing effect for power batteries, greatly increasing the stability, protection, and seismic performance of electronic products in harsh environments, avoiding moisture, having better resistance to thermal shock, and corrosion of circuits caused by salt mist, Increase the service life of the product; Electronic thermal conductive materials have an important performance, which is an important basis for measuring the quality of materials, that is, thermal conductivity. The higher the thermal conductivity of the thermal conductive potting adhesive, the better the thermal conductivity and heat dissipation performance.