The following is a detailed description of its role:

I. Enhance battery performance

Improve conductivity: magnesium carbonate with its high purity, uniform particle size distribution, high stability and other characteristics, can effectively enhance the conductivity of battery materials.Especially in the battery cathode material, the addition of magnesium carbonate can significantly promote the movement of ions in the solid state, thereby accelerating the battery charging and discharging speed.

Increase discharge capacity and energy density: The addition of magnesium carbonate can significantly increase the discharge capacity and energy density of batteries, which is essential to meet the needs of modern society for efficient energy storage systems.

Enhance structural stability: magnesium carbonate can be used as stabilizer of anode materials, through coating, doping and other ways to improve the surface properties of anode materials, enhance the structural stability of the material, so as to enhance the cycle life of the battery.

Ⅱ. Improve battery safety

Prevent internal short-circuit and explosion: Magnesium carbonate shows excellent barrier performance and chemical stability in the manufacture of battery diaphragm, which can effectively prevent the occurrence of internal short-circuit and explosion and other safety hazards, and provide a strong guarantee for the safe operation of the battery.

Improve thermal stability: magnesium carbonate can effectively disperse heat in the battery working process, prevent overheating, thus improving the safety and service life of the battery.

Ⅲ. Optimize the production process and reduce costs

Simplify the production process: magnesium carbonate as an auxiliary material not only helps to improve the performance of the battery, but also can simplify the production process and reduce energy consumption.

Improvement of cost performance: By optimizing the production process and formulation, Zehui has successfully reduced the production cost of magnesium carbonate and improved the cost performance of the product, which provides strong support for the commercial application of lithium batteries.