Aluminum nitride has high purity, uniform distribution, and good formability. Because it has high high-temperature strength and thermal conductivity, it has good high-temperature resistance, insulation properties, and corrosion resistance. Its The thermal expansion coefficient is very close to silicon, and it is a product with a wide range of applications.

Application fields Thermal conductive silica gel and thermally conductive epoxy resin: Nano-aluminum nitride prepares ultra-high thermal conductive silica gel, which has good thermal conductivity, good superelectrical insulation, low consistency and good construction performance. The products have reached or exceeded imported products, because they can replace similar imported products and are widely used as heat transfer media in electronic devices to improve work efficiency. Such as the gap between the CPU and the radiator, high-power transistors, thyristor components, diodes, and the heat transfer medium at the fine gaps in contact with the substrate.

Nano thermal paste fills the gap between IC or transistor and heat sink to increase the contact area between them to achieve better heat dissipation effect; nano lubricant and anti-wear agent: modified nano nitrogen added to nano ceramic oil Aluminum ceramic particles act with the lubricating oil on the friction metal surface inside the engine. They are activated under the action of high temperature and extreme pressure, and are firmly embedded into the dents and micropores on the metal surface, repairing the damaged surface and forming nano-ceramics. Protective film.

The protective film formed has an isolating effect, so that some friction caused by movement between parts is only on this protective film, and the friction part of the nanoparticles is changed from traditional friction to rolling friction, thus Can reduce friction. The friction between parts can be reduced to zero. Thus achieving anti-wear protection.