Aluminum Deep Drawing Stamping Battery Case

Aluminum deep drawing stamping battery case plays a key role in new energy vehicle battery systems. It can not only protect the battery core from damage, but also improve the heat dissipation performance, anti-corrosion capability and sealing performance of the battery system, thus ensuring the safety of the entire battery system.

• Good thermal conductivity: Aluminum can effectively conduct the heat generated by the battery to the external environment, prevent the battery from overheating, keep the temperature of the battery stable, and improve the charging and discharging efficiency and life of the battery.

• Excellent corrosion resistance: Aluminum has excellent corrosion resistance and can resist erosion by chemical media such as acids and alkalis. It is the first choice as the base material for battery casings.

• Lightweight: Compared with steel, aluminum is lightweight, making it an ideal material for battery casings, which can effectively reduce fuel consumption and improve vehicle operation efficiency.

• Good sealing performance: Aluminum deep drawing stamping battery case has good sealing performance, which can effectively prevent the leakage of electrolyte or the entry of external dust, moisture and other substances, and protect the safe operation of the battery core.

• Protection: Aluminum deep drawing stamping battery case has sufficient strength and rigidity, can effectively resist external impact and extrusion, and protect the internal battery core from damage.

• Lightweight design: Aluminum deep drawing stamping battery cases are lighter than shells made of other materials, which is conducive to lightweight design of the vehicle and improves vehicle mileage and performance.

Advanced stamping technology can be used to manufacture high-quality aluminum battery casings, which can ensure the quality and dimensional accuracy of the casings and provide reliable guarantee for the assembly and application of battery systems.

First, the selected aluminum plate is cut according to the design size to obtain aluminum sheets that match the size of the shell. The aluminum plate is then placed on the stamping machine, and high pressure is applied to form the shape of the shell under the action of the mold. Secondly, after stamping and forming, the shell may have uneven edges or burrs. In this step, use an edge trimming tool to trim the edges of the shell, making sure the edges of the shell are smooth. It is then cleaned to remove surface impurities, dried to remove moisture, and finally quality inspected and packaged to ensure the quality and dimensional accuracy of the casing and provide reliable protection for the battery system.

Reliable quality: Product quality is the primary consideration for customers when choosing. We promise that the products we produce are of stable and reliable quality and comply with standards and regulations to meet customer needs.

Advanced technology: We have advanced production technology and equipment that can improve product quality and production efficiency, reduce production costs, and thus provide more competitive products to customers.

Timely delivery: We have an efficient production facility that can deliver orders on time, ensuring timely supply of products, avoiding delays that cause inconvenience and losses to customers, and improving customer satisfaction.

Social Responsibility: We actively fulfill our social responsibilities, pay attention to environmental protection, employee welfare and social welfare undertakings, and enhance the company's social image and reputation