Metal borides are hard compounds formed by transition metals and boron. The crystal structure of boride is determined by the structural characteristics of boron atoms. The chemical stability of the boride is gradually decreased in the order of IVA to VIA.

Silicon carbide was a carbide that was accidentally found in the laboratory by American Acheson in the fused diamond experiment in 1891. At that time, it was mistaken for a mixture of diamonds, so it was named emery. Acheson developed it in 1893.

AlN aluminum nitride has good thermal conductivity and a small thermal expansion coefficient and is an excellent thermal shock resistant material.

The rapid development of 3D printing technology is changing our traditional production methods and lifestyles.

Affected by the recovery of the world economy in the graphite industry, world graphite demand has steadily increased in recent years.

Nano-diamond powder has the dual characteristics of nano-particles and super-hard materials. It can be used to make reinforced rubber and reinforced resin. This application plays a significant role in improving the material's thermal conductivity, polymer

Zirconium nitride powder is a hard refractory compound with high decomposition temperature and excellent chemical stability, so it has good high-temperature resistance, corrosion resistance and wear resistance. It is a good high-temperature structural mat

Silver nanoparticles antimicrobial can kill more than 650 kinds of bacteria in a few minutes. It has broad-spectrum sterilization without any drug resistance.

Indium tin oxide powder has good conductivity and transparency, and it can cut off electronic radiation, ultraviolet rays, and far-infrared rays, which are harmful to the human body.

Amorphous boron powder will become a critical energy material, and its application in composite solid fuels has already been valued.