Industrial Magnesium Carbonate

Application
Magnesium carbonate is used in the field of batteries, and its excellent chemical properties and physical properties make it play a vital role in this field. With its high purity, uniform particle size distribution and high stability, magnesium carbonate provides strong support for battery performance improvement and cost optimization.

Enhance the discharge capacity and energy density of the battery
In the cathode material of batteries, magnesium carbonate can effectively increase the conductivity of the material, which in turn improves the discharge capacity and energy density of the battery. Its unique layered structure allows ions to move more smoothly in the solid state, accelerating the charging and discharging speed of the battery, thus meeting the urgent need for efficient energy storage systems in modern society.

Improve weather resistance and chemical resistance:
The addition of high-purity magnesium oxide can also improve the weather resistance and chemical resistance of silicone rubber. ‌Since magnesium oxide itself has excellent antioxidant properties, ‌ adding it to silicone rubber can enhance the weather resistance of silicone rubber, allowing it to maintain stable performance in harsh environments.

Manufacture of battery separators
In addition to its application in positive and negative electrode materials, magnesium carbonate can also be used in the manufacture of battery diaphragm. Its excellent barrier properties and chemical stability can effectively prevent the occurrence of safety hazards such as short circuit and combustion explosion inside the battery, providing a strong guarantee for the safe operation of the battery.