Lithium battery electrode plate molds are indispensable components in the battery manufacturing process. These molds are used to produce the positive and negative electrode plates of lithium batteries, which are then assembled to complete the battery.

The lithium battery electrode plate mold consists mainly of the mold body, mold core, mold base, and core base, among other parts. Its structural design must take into account factors like the plastic deformation of metal materials and processing difficulty to ensure the mold is characterized by high precision, high strength, excellent corrosion resistance, and long service life.

Material Selection for Lithium Battery Electrode Plate Molds

Firstly, for the material selection of lithium battery electrode plate molds, it is advisable to choose materials such as tungsten steel, hard alloys, and precision steel, ensuring excellent physical and chemical properties during production. Secondly, regarding the structural design requirements, factors like plastic deformation of materials and process difficulty during manufacturing need to be considered.

Key Points to Consider During the Processing

1. CNC Machining Technology
   CNC machining improves manufacturing precision and efficiency while ensuring the mold’s quality and longevity.

2. Precision Control
   For high-precision processing requirements, strict quality control measures are necessary, including precision measurements, sample analysis, and batch analysis.

3. Maintain Cleanliness
   During the manufacturing process of lithium battery electrode plate molds, it’s essential to keep the work environment clean, avoiding contamination or damage to materials and equipment from impurities, oil stains, or dust.

4. Durability
   Factors such as material hardness, structural design, and maintenance affect the mold’s service life. Properly configuring these factors ensures the mold’s durability and stability.

Conclusion

In conclusion, lithium battery electrode plate molds are crucial components in the production process of lithium batteries. The manufacturing of these molds requires careful consideration of material selection, structural design, processing techniques, and quality control to ensure they have high precision, durability, and stability. This will better meet the needs of battery production.