EV LiFePO4 Battery Pack Shell

 

 

The EV LiFePO4 battery pack shell is a key component specifically designed for new energy vehicles, mobile power supplies, and other fields. This shell not only provides sealed protection for the battery cells, preventing moisture, dust, and mechanical impacts, but also features excellent heat dissipation to ensure safe operation under high loads. Additionally, the shell is made from materials that are resistant to high temperatures and corrosion, enhancing overall durability and reliability. With precise structural design, the battery pack shell effectively reduces weight, improves energy density, and optimizes vehicle performance, making it an essential part of modern electric vehicles.

 

 

 

Al3003 aluminum alloy
Al3003 aluminum alloy is a commonly used aluminum alloy material. Its main alloying element is aluminum (Al) and contains about 1-1.5% manganese (Mn). This alloy material has been treated with H14 has good mechanical properties and corrosion resistance, and is suitable for use in various harsh environments.

 

H14 processing
H14 treatment is a common aluminum alloy state, which represents aluminum alloy materials that have been cold-worked and naturally aged. In the H14 state, aluminum alloy materials have moderate strength and hardness while maintaining good formability, which can meet the processing and forming requirements of battery cases.

 

 

 

First, we prepare aluminum alloy plates and select Al3003 aluminum alloy plates of appropriate specifications and thickness as raw materials. Material preparation is the first step in the entire processing process, ensuring that the quality and size of raw materials meet requirements.

Next, we use precision cutting equipment to cut the aluminum alloy plate. According to the design requirements and size standards, the aluminum plate is cut into the required size and shape for subsequent stamping and forming processing.

After cutting is completed, the aluminum alloy plate enters the stamping forming process. We use advanced stamping equipment to shape aluminum alloy plates according to the shape and size required by customers to form the basic structure of the battery casing.

After stamping, there may be some oil and impurities remaining in the battery pack shell .In order to ensure the cleanliness and smoothness of the product surface, we will clean it. Usually, we use ultrasonic cleaning technology to clean the dirt and impurities on the surface of the casing to prepare it for subsequent processing.

After cleaning, the shell needs to be dried to remove moisture from the surface and prevent moisture residue from causing oxidative corrosion. We use professional drying equipment to dry the shell to ensure that the product surface is dry and clean.

After drying is completed, the shell enters the quality inspection process. We strictly follow quality control standards and inspect the size, appearance, surface quality, etc. of the casing to ensure that the product meets customer requirements and standards.

Finally, the shells that pass the quality inspection will be packaged and shipped. We use professional packaging materials and methods to properly package the casing to prevent damage during transportation. We will also mark the product information and customer requirements on the packaging so that customers can accurately identify and use the product after receiving it.

 

 

 

Customized services
We provide customized EV lifepo4 battery pack shell solutions to meet customers' individual needs. Whether it is product size, shape or surface treatment, we are able to customize it according to customer requirements and provide professional design and advice to ensure that the product fully meets customer needs and expectations.

Diverse specifications
Our battery pack shells are available in a variety of specifications and sizes to meet the needs of different customers. Whether it is a small electric vehicle or a large commercial vehicle, we can provide suitable battery pack shell products to ensure a perfect match for the customer's application.

Excellent performance
Our battery pack shell has excellent performance, including corrosion resistance, wear resistance, high-temperature resistance, and other characteristics. It can operate stably for a long time in harsh environments, provide reliable protection and support for battery components, and extend the service life of the battery.

widely used
Our battery pack shell is widely used in new energy vehicles, mobile power supplies, power tools and other fields. Whether used in vehicle batteries or energy storage systems, our products can meet the needs of various application scenarios and provide reliable solutions for customers' projects.

 

 

 

Through years of hard work and unremitting pursuit, we have established long-term and stable cooperative relationships with many well-known electric vehicle suppliers. Our products are widely used in various electric vehicle projects and have been recognized and praised by customers. Our cooperation with our customers is not just a transactional relationship, but a strategic partnership based on trust and cooperation to jointly promote the development and progress of the electric vehicle industry.