PRODUCT DESCRIPTION

Aluminum battery case for EV application is a key battery component usually used to wrap square-shaped batteries. It is made of high-quality aluminum alloy material with excellent durability and performance stability. This kind of casing provides solid protection for the battery and effectively promotes heat dissipation, thereby ensuring the safe operation of the battery.

PRODUCT MATERIAL

Thermal conductivity: Aluminum material has good thermal conductivity, which can effectively dissipate the heat generated by the battery, reduce the battery temperature, and improve the operating efficiency and life of the battery.

Plasticity: Aluminum material has good plasticity and processability, and is easy to be formed and processed into various shapes and sizes. It can meet the requirements of different battery designs and provide customized solutions.

Beautiful appearance: The surface of aluminum material is smooth and uniform, and it is easy to surface treatment and painting, which can give the product a better appearance and a wider range of application scenarios.

PRODUCT PROCESS

Initially, we meticulously select high-quality aluminum alloy plates as our raw materials, ensuring precise cutting and deburring to meet size and surface quality standards. These plates are then swiftly processed on the punch machine's feeding device, transforming them into the preliminary shell profile through the die. Subsequent stretching, facilitated by professional equipment or molds, achieves the desired size and shape stipulated by the design. Following this, surface treatments like deburring, grinding, cleaning, and drying enhance the casing's surface quality. Finally, we enforce a stringent quality control system to ensure compliance with standards and specifications at every processing stage, guaranteeing the excellence of each aluminum battery case produced.

TECHNICAL ADVANTAGES

Outstanding stamping technology offers numerous advantages for aluminum battery cases in EV applications.

Firstly, it enables high-precision processing, ensuring precise adherence to design specifications, thereby enhancing product assembly accuracy and stability.

Secondly, this technology facilitates the processing of intricate shapes and structures, optimizing shell design for improved load-bearing capacity and adaptability to diverse environments.

Furthermore, it maximizes raw material utilization, minimizing waste and boosting production efficiency and economic viability.

Concurrently, it maintains product consistency, ensuring stable quality levels during mass production of aluminum battery cases.