nickel

Performance
The products are integrated with the advantages of electrolytic nickel powder, reduced nickel powder and atomized nickel powder. The purity is high, the nickel content is not less than 99.5%, the content of carbon, phosphorus, sulfur, oxygen and other elements is low, the particle size is controllable, the loose ratio is controllable, the powder compression performance is good and the fluidity is good.

Application
1. the magnetic fluid produced by nanoiron, cobalt, nickel and nano alloy powder has excellent performance, and can be widely used in sealing shock absorption, medical equipment, sound regulation, light display and other fields;
2. high efficiency catalyst: nano nickel and ultrafine nickel powder have strong catalytic effect due to their large surface area and high activity, and can be used for hydrogenation of organic matter and vehicle exhaust gas treatment;
3. high efficiency combustion aids: adding nano nickel powder to solid fuel propellant of rocket can greatly improve the combustion speed and combustion heat of fuel and improve the combustion stability:
4. conductive slurry: electronic slurry is widely used in wiring, packaging, connection, etc. in the microelectronic industry, which plays an important role in the miniaturization of microelectronic devices. The electronic slurry made of nickel, copper, aluminum and silver nano powder has excellent properties, which is conducive to further refinement of the line;
5. high performance electrode materials: with nano nickel powder and appropriate technology, the electrode with large surface area can be manufactured, and the discharge efficiency can be greatly improved;
6. activated sintering additive: because the surface area and surface atoms of nano powder are large, they have high energy state, and have strong sintering ability at lower temperature. It is an effective sintering additive, which can greatly reduce the sintering temperature of powder metallurgy products and high temperature ceramic products;
7. surface conductive coating treatment of metals and non-metals: because nano aluminum, nano copper and nano nickel have highly activated surfaces, coating can be carried out at a temperature lower than the melting point of powder under the condition of no oxygen. This technology can be applied to the production of microelectronic devices.