PRODUCT PROFILE

Aluminum square battery case is a key structural component in electric vehicles (EV) and other new energy devices. It not only provides the necessary physical protection for the battery pack, but also plays an important role in thermal management, electromagnetic shielding, and structural strength.

PRODUCT MATERIAL

Structural integrity
The aluminum battery housing has been rigorously designed and tested to ensure excellent protection under various working conditions. Our housing has excellent structural strength and can effectively resist external impact and protect the internal battery module from damage. The design of the housing also takes into account thermal expansion, vibration, and other potential physical stresses to ensure its stability in different environments.

Heat dissipation performance
The battery generates a lot of heat during operation, and good heat dissipation is an important factor in ensuring battery safety and extending its service life. Aluminum alloy has excellent thermal conductivity, which can quickly remove heat from the battery to avoid performance degradation or safety hazards caused by excessive battery temperature. Our aluminum battery housing design incorporates advanced heat dissipation solutions, which can effectively improve the heat dissipation efficiency of the battery.

Electromagnetic shielding capability
The battery module in the electric vehicle will generate electromagnetic interference (EMI) when working, which may affect the normal operation of other electronic devices. Our aluminum battery housing has excellent electromagnetic shielding performance, which can effectively shield electromagnetic interference and ensure the stable operation of the electronic system of the electric vehicle.

PACKAGING AND TRANSPORTATION

irst, the inner packaging of the shell is filled and fixed with pearl cotton or blister box materials to absorb the vibration and impact that may be encountered during transportation, while preventing the shell from moving or flipping.
Next, the inner packaged battery shell is placed in an outer five-layer corrugated box to provide additional protection against squeezing or impact. The outside of the carton should be marked, including product information, handling and storage warnings, and transportation direction instructions. For large quantities or heavy battery casings, pallet packaging is used to improve loading and unloading efficiency.
In addition, the packaging materials need to adapt to different transportation environments to ensure that the products can remain intact under any climatic conditions. The packaging should also be accompanied by a tracking code or label for easy logistics tracking and management.
Finally, all packaging and transportation processes should comply with industry standards and environmental protection requirements while meeting the personalized needs of customers.