Battery tray system manufacturer

Previously, new energy vehicles mostly used steel materials to make power battery trays, but now many companies mainly use aluminum alloy materials. The density of aluminum alloy is 2.7g/cm, it has obvious advantages in compression welding. The density of magnesium alloy is 1.8g/cm, carbon fiber is 1.5g/cm. These materials are used to produce battery trays, which can greatly improve the lightweight level of new energy vehicles.

It is understood that the aluminum tray for batteries mainly uses 6 series aluminum profiles. The 6-series aluminum alloy has good plasticity excellent corrosion resistance, automotive aluminum profiles, especially those without stress corrosion cracking tendency good welding performance. So the 6-series aluminum alloy profiles are particularly suitable for the application of battery aluminum trays. In order to ensure the product quality, advanced welding technologies such as friction stir welding are required to ensure the integrated molding of the product.

The amount of aluminum used in new energy vehicles is higher than that of ordinary vehicles. The rapid development of new energy vehicles in China will undoubtedly promote the development potential of aluminum in the new energy vehicle market segment. Aluminum processing enterprises seize this development opportunity to develop high-performance adaptable aluminum materials deep processing aluminum parts, undoubtedly opening up new sales directions for enterprises in the diversified application needs of new energy vehicles.

Jiangsu Kuna Industrial Co., Ltd., established on July 24, 2018, is located in the west of 326 Provincial Road, Xiangshui County Industrial Economic Zone, Yancheng, Jiangsu Province, with a registered capital of 166.6667 million yuan, 345 mu of land acquisition, 200000 square meters of building area, a total planned investment of 600 million yuan, 75000 square meters of plant construction in the first phase, a total planned investment of 350 million yuan, mainly engaged in automobile lightweight Research development, application, production of special performance aluminum alloy materials such as precision profiles.