Continuously focusing on the research and development of nano-magnesium oxide, Zehui casts the cornerstone of the new energy industry.

In today's rapidly developing new energy industry, nano-magnesium oxide, as a kind of high-performance nano-materials, is gradually showing its unique advantages and huge application potential. Jiangsu Zehui Magnesium Base, as a leader in the field of nano-materials, continues to focus on the research and development of nano-magnesium oxide and innovation, for the new energy industry cast a solid cornerstone.

Application of nanometer magnesium oxide in new energy field:

Lithium-ion battery: Nano magnesium oxide plays an important role in lithium-ion batteries. It can be used as an additive for cathode materials to improve the reversible discharge capacity and cycling performance of the battery by improving the conductivity and structural stability of the electrode material. The small size effect and large surface effect of magnesium oxide nanoparticles enable them to be uniformly distributed in the material, increasing the electron transport channels and reducing the internal resistance, thus improving the energy density and cycling stability of the battery. In the electrolyte, nano-magnesium oxide can also be used as a deacidifying agent to effectively remove the free acid generated in the electrolyte, reducing the corrosive effect on the cathode material and improving the cycle stability and safety of the battery.

Supercapacitor: As an electrode material or additive for supercapacitors, nano-magnesium oxide can increase the energy density and power density of capacitors and optimize the charging and discharging efficiency. Its high specific surface area and pore structure facilitates the penetration of electrolyte and rapid charge transfer.

Solar cells: In the preparation of certain photovoltaic materials, nano-magnesium oxide can be used as a buffer layer or a transparent conductive layer to improve light absorption and charge transport, and increase the photoelectric conversion efficiency of solar cells.

Hydrogen Storage and Fuel Cells: Magnesium oxide nanoparticles may be used as modifiers for hydrogen storage materials in hydrogen energy technology to promote hydrogen uptake and release through chemisorption or catalysis to increase hydrogen storage capacity and rate. In fuel cells, nanomagnesium oxide may be used as a catalyst carrier or electrolyte material to optimize the performance of fuel cells, such as increasing the reaction rate, lowering the internal resistance, and enhancing cell durability.

Energy storage and thermal management: The high thermal conductivity of nano-magnesium oxide makes it play an important role in the thermal management of energy storage system, which can effectively improve the heat dissipation efficiency of energy storage equipment, protect the battery pack from high temperature damage and prolong its service life.

Nowadays, with the continuous development of the new energy industry and the continuous deepening of technological innovation, the application prospect of nano-magnesium oxide will be even broader. Zehui Magnesium Base will continue to uphold the concept of continuous innovation, plowing into the field of nano-magnesium oxide research and development, to provide more high-performance, high-quality materials to support the new energy industry. Meanwhile, Zehui will also actively explore new application fields and market opportunities, contributing more to the diversified and sustainable development of the new energy industry.