Magnesium carbonate helps the new era of lithium-sodium batteries, Zehui adds bricks and mortar to the development of national science and technology!

In the new energy science and technology is rapidly changing today, lithium-sodium batteries as one of the core technologies to drive the future of green energy, is leading a profound change in the global energy industry. In this energy revolution, Jiangsu Zefai Magnesium Base, with its excellent scientific research strength and forward-looking technology layout, is quietly becoming a force to promote the technological progress of lithium-sodium batteries. In particular, its breakthrough progress in the field of magnesium carbonate material research and development, for lithium-sodium battery performance enhancement opens up a new path, help lithium-sodium battery into a new era.

Here is how magnesium carbonate works in lithium-sodium batteries:

Increased conductivity and energy density

Magnesium carbonate can effectively enhance the conductivity of battery materials with its high purity, uniform particle size distribution, high stability and other characteristics. Especially in the cathode material of the battery, the addition of magnesium carbonate can significantly promote the movement of ions in the solid state, thus accelerating the charging and discharging speed of the battery and improving the discharge capacity and energy density of the battery. This improved performance is essential to meet the needs of modern society for efficient energy storage systems.

Improvement of cathode material performance

Magnesium carbonate is widely used in the modification of anode materials such as lithium cobaltate, lithium manganate, ternary materials, lithium iron phosphate and so on. It is able to improve the surface properties of anode materials and improve the stability and cycling performance of the materials by coating the powder. At the same time, the characteristics of magnesium carbonate, such as small size effect and surface effect, also help to improve the activity and utilization rate of anode materials, and further enhance the overall performance of the battery.

Enhanced Battery Safety

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. In addition, the addition of magnesium carbonate can also improve the ionic conductivity of the diaphragm, improve the charging and discharging efficiency of the battery.

Looking ahead, Jiangsu Zehui Magnesium Base will continue to plough into the research and application of advanced materials such as magnesium carbonate, constantly explore the limits of lithium-sodium battery performance, and contribute more wisdom and strength to the high-quality development of new energy industry. In this new era full of challenges and opportunities, Zefai people are gradually turning the grand vision of "adding bricks and mortar to the development of national science and technology" into reality with firm beliefs and unremitting efforts.