Nano Fe Powder

  Features

  Uniform particle size, narrow particle size distribution, high purity, good fluidity, powder high antioxidant capacity, low sintering temperature, particle size controllable.

  APPLICATIONS

  1. Electronics applications.

  Many of the most common applications of nickel nanomaterials involve electronics in some form or others. The material can be used as a component or manufacturing aid for capacitors, electrode terminations, electromagnetic shielding, metal base electrodes, conductive coatings and pastes, ferrofluids, and more.

  2. Combustion catalyst

  Nickel nanopowder works well as a combustion catalyst for solid or liquid propellants, which can greatly increase the combustion rate and combustion heat of fuel and improve the combustion stability when added to solid propellant

  3. Fuel Cell

  As high-performance electrode material, Nickel nanopowder can replace precious metals on fuel cells, thus greatly reducing the cost of fuel cells.

  4. Additive applications

  The unique properties of nickel nanopowder have made it a popular additive in the manufacture of several different materials, including a variety of ceramics and lubricants. Nickel nanomaterials also work as an additive to aid in sintering of other materials.

  5. Purification of Uranium

  Promising research into the interaction between nickel nanopowders and uranium suggest it as a viable material for the purification of uranium. This makes it highly valuable in certain industrial applications and for certain environmental projects. Further research continues.

  6. Magnetic fluid

  The magnetic fluid produced by Fe,Co,Ni and its alloy powders has excellent properties and can be widely used in sealing, shock absorption, sound adjustment, optical display and other fields.

  7. Conductive paste

  Superfine nickel powder can be prepared into conductive paste with high properties. Used in microelectronics industry, its helpful to further refine the circuit and achieve miniaturization of microelectronic devices.

  Specifications & Properties