PRODUCT PROFILE
The aluminum case for LiFePO4 battery packs plays a crucial role as a structural component, providing essential protection and support for battery packs. It is extensively utilized in electric vehicles, electric bicycles, and energy storage systems. Renowned for its outstanding properties, the aluminum battery shell ensures the safe and efficient operation of battery packs in various applications.
PRODUCT MATERIAL
Our battery aluminum shells are crafted from high-quality aluminum alloy, renowned for its low density and exceptional specific strength, making it an ideal material for electric vehicles and energy storage systems. We primarily use aluminum alloy Al3003, rigorously tested and controlled for composition and performance. This ensures our materials exhibit excellent mechanical properties and superior thermal management capabilities, all while maintaining a lightweight profile.
PRODUCT PROCESS
We start by selecting premium aluminum alloy sheets and meticulously prepare them through cutting and thorough cleaning processes to ensure a pristine, impurity-free surface. Utilizing advanced continuous stamping machines, we then meticulously stamp the aluminum alloy sheets multiple times to achieve the precise shape required for the battery shell. Our stamping dies are meticulously designed and processed to ensure consistent accuracy throughout the forming process.
After stamping, the aluminum battery shell undergoes thorough cleaning and drying to remove any oils and chemicals, ensuring a smooth surface finish. Each production stage adheres to strict quality control protocols. The finished aluminum battery shell undergoes comprehensive inspections, including precise size measurements, rigorous strength tests, and meticulous air tightness checks. This meticulous testing process ensures that each shell meets our stringent standards and complies with customer requirements and industry regulations.
Following inspection, the aluminum automotive LiFePO4 battery pack shell is securely sealed to protect it from potential damage during transportation, guaranteeing its arrival in optimal condition.