Electrocoating improves electrical contact, thereby reducing internal resistance, increasing rate, improving discharge efficiency, and extending cycle life. The coating functions like a conductive gasket embedded in the battery, ensuring an "airtight" electrical connection at the contact interface. In addition, the coating can also provide a solid chemical barrier for the battery to protect the battery from oxidation or chemical erosion.
It also prevents self-discharge, heat dissipation and leakage, and also prolongs the service life of the above-mentioned energy equipment. service life. With the application of conductive coatings in batteries, battery products can not only retain good conductivity, but also choose lower-cost, lightweight uncoated metals as raw materials for battery production, resulting in a significant reduction in the weight and price of battery products.
