タイトルまたは説明

Conductive nano copper powder, Cu powder
The superficial conductive coating processing of metal and non-ferrous metal: Due to their high-activity surface, aluminum, copper and nickel nanoarticles can coat under oxygen-free condition below smelting point of the particles. This technology can be adopted in the manufacture of microelectronic devices.

1. Particle size: <*0nm, *0nm, *0nm, **0nm
2. Purity >*9%, *9.9%+
3. Lubricant additives
4. Conductive
5. catalyze

Application
1. Conductive paste, the **0nm nanopowder paste can sinter 1mm electrode, which is used at MLCC and promotes the MLCC device miniaturization, optimizes the micro-electronic and also can replace the precious metal powder such as the silver powder and greatly reduce the cost.
2. The **0nm copper nanopowder has the unique field emission and quantum-tunnel effect of nanopowder, which can instead of silver powder as the high electric conductive filler and largely reduce the cost.

3. The surface conductive coating treatment of metal and nonmetal, the Al, Cu, and Ni nanopowders have high activating surface and under non-oxidative conditions can coat below the temperature of the melting point of powder. This technique can apply to the production of micron electronic devices.

4. High-efficiency catalysts, copper nanopowder and its alloy nanopowder can be used as catalysts with the characters of high efficient and chemical selectivity, which can be used as the catalysts of the methanol reaction between carbon dioxide and hydrogen.

5. The raw material of nanostructure bulk metals, use the inert gas to protect the powder for sintering to produce the bulk copper metal nanocomposite material.

6. The medicine additive, which is the new specific medicine additive for the osteoporosis and hyperostosis treatment.

7. Metal nanoparticle lubricating additive, add 0.1%~1.6% to the lubricant oil or lubricant grease in the course of friction it will form self-lubricating, and self-repair coatings in the surface friction, which will obviously improve the capability of antiwear.