Zhongmei Magnesium Industry has made significant technological breakthroughs in its magnesium based new materials industry layout, successfully developing and mass producing a high-purity magnesium oxide product. This material has quickly gained widespread popularity in high-end fields such as electronic thermal conductivity, new energy, aerospace, and military industry due to its excellent comprehensive performance in optics, electronics, magnetism, thermodynamics, and other fields.

Suzhou Taihe Energy Technology's Zhongmei Magnesium Industry has successfully developed specialized high-purity magnesium oxide for the special industry! As the core new product of Suzhou Taihe Energy Technology Co., Ltd.'s "Zhongmagnesium Magnesium Industry" sector, this high-purity nano magnesium oxide has a purity of over 99.9% and performs exceptionally well in impurity control, stability, and other aspects. For the special needs of high-end application scenarios, the company adopts advanced preparation processes such as chemical synthesis, hydrothermal method and sol-gel method. These technologies can accurately control the particle size and morphology of materials, fully utilizing the small size effect, surface effect, and quantum size effect of materials, enabling products to reach international advanced levels in key indicators such as dielectric loss, sintering activity, and thermal conductivity.

At present, this material has been widely used in the manufacturing of high-end devices such as electronic tubes, quartz glass, multilayer ceramic capacitors (MLCC), and special ceramics. Especially in the fields of electronic thermal conductivity and aerospace military industry, products with ultra-high purity and low impurity characteristics effectively solve the industry pain points of unstable high-frequency signal transmission and insufficient high-temperature resistance of devices.

Relying on the complete industrial system from raw materials to functional materials constructed by Suzhou Taihe Energy in Ningxia, Qinghai and other places, the annual production capacity of this high-purity nano magnesium oxide has reached a considerable scale. The company is committed to using this as its core to promote technological innovation in cutting-edge fields such as lithium battery cathode material coating, 5G microwave dielectric ceramics, and hydrogen storage materials, injecting strong impetus into the upgrading and localization substitution of China's new material industry.