In our previous article, we mentioned that Yize Mould's high-purity PFA fittings exhibit excellent physical wear resistance, chemical corrosion resistance, and high-temperature resistance. These characteristics make them suitable for meeting the demands of storing and transporting high-purity fluids in the new energy industry, thereby contributing to its growth.

However, a significant technical challenge in the development of the new energy industry is energy storage. The power output from renewable sources, particularly wind and solar energy, is inconsistent. Therefore, there's a need to store excess energy during peak production periods and convert it into stable power output. This necessity has led to a demand for better batteries.

Taking the battery cover of lithium batteries as an example, high-quality covers effectively reduce the risk of fire and explosion during battery operation, significantly improving battery safety. Yize Mould possesses mature high-purity PFA injection molding technology, producing PFA products free from metal ion leaching and offering electrical insulation. These features fulfill the technical requirements for battery covers in lithium batteries.

Furthermore, as mentioned in our previous articles, PFA exhibits excellent corrosion resistance, allowing it to withstand chemical corrosion within batteries and maintain long-term stability of the fittings. Even under harsh conditions, it retains superior physical and chemical properties, providing a reliable guarantee for battery operation.

If you have any further questions or are interested in our products, feel free to contact us via email at [email protected] or phone at 18899821917. We will promptly address your inquiries.