PRODUCT PROFILE

Aluminum battery case for new energy car plays an important role in modern electric vehicles, power tools and energy storage devices. These housings are usually made of high-quality aluminum alloy materials with excellent physical and chemical properties to effectively protect battery cells from external impact and environmental influences.

PRODUCT MATERIAL

Excellent protection performance: Aluminum alloy has good corrosion resistance and high strength, which can effectively prevent battery cells from being damaged by the external environment and ensure the safety and stability of the battery.
Excellent thermal management ability: Aluminum has good thermal conductivity, which can effectively disperse the heat generated by the battery when it is working, prevent local overheating, and improve the performance and life of the battery.
Flexible design and processing: Aluminum housing can produce housings of complex shapes, such as polygons, cylinders, etc. through high-precision processing processes such as stamping, to meet the needs of different battery designs and provide flexible customization options.
Sustainability and environmental protection: Aluminum is a recyclable material. By optimizing the production process and recycling aluminum materials, resource consumption and environmental impact can be reduced, which is in line with the concept of sustainable development.

PRODUCT PROCESS

Material preparation: Select high-quality aluminum alloy coils and clean their surfaces to ensure that there are no impurities and contaminants to ensure the quality of stamping.
Stamping and forming: Using a multi-station stamping machine, the aluminum coils are gradually formed into the preliminary shape of the aluminum shell through multiple consecutive stamping processes. Each station is responsible for different forming steps to ensure the accuracy and consistency of the product.
Multiple stretching and forming: The preliminary formed aluminum aluminum shell is stretched and further formed multiple times to gradually reach the final design shape, ensuring structural integrity and dimensional accuracy.
Deburring and finishing: Remove burrs and sharp edges generated during the forming process and perform precision machining to ensure that the surface of the aluminum shell is smooth and flat, meeting the design specifications.
Cleaning and drying: The aluminum shell is then thoroughly cleaned to remove any residues and dried to ensure that there is no moisture residue.
Quality inspection: Each aluminum shell is strictly inspected for size, appearance and performance to ensure that it meets high quality standards.
Packaging and storage and transportation: Qualified aluminum shells are packaged according to customer specifications, marked with relevant information, and stored or transported to designated locations to ensure that the products are not damaged during transportation.

PACKAGING AND TRANSPROTATION

In order to ensure that the Aluminum battery case for EV remains intact during transportation, we adopt high-standard logistics and transportation measures. Each shell is first inner-packed with pearl cotton or customized blister boxes to prevent collision and friction. Then, multiple inner-packed products are packed in high-strength cartons and fixed on pallets with stretch film or strapping for easy loading and unloading and handling. According to customer needs, we provide a variety of transportation methods such as land, sea and air transportation to ensure that the products arrive at their destination quickly and safely. All packages are affixed with clear labels and logos to remind the handling personnel to pay attention to handling and ensure safety and efficiency during transportation.