Nano Niobium Powder

Nano Niobium Powder has high thermal conductivity, high strength, and high purity. The available particle sizes include 40-60 nm, 60-80 nm, and 80-100 nm. It is widely used in superconducting materials, electrolytic capacitors, electrical appliances, and industry equipment.

Niobium is an element with the highest critical temperature superconductivity. Most niobium exists in pure metal form or in the form of high-purity niobium and niobium-iron-nickel alloys for the production of nickel, chromium and iron-based super alloys. These alloys can be used in jet engines, gas turbine engines, rocket components, turbochargers and thermal combustion equipment.

Among the various microalloying elements in steel, niobium is the most effective microalloying element. The effect of niobium is so great that iron atoms are rich in niobium atoms, which can achieve the purpose of improving the performance of steel. In fact, adding 0.001%-0.1% niobium to steel is enough to change the mechanical properties of steel.

TRM provides Nano Niobium Powder, Spherical Niobium Powder, and Micro Niobium Powder. Please contact us for more details.

Synonyms: Nb nanoparticles, niobium nanoparticles, niobium nanopowder, niobium metal nanopowder, spherical nano niobium powders, superfine niobium powder

Applications:

1. The niobium metal powder has a dense oxide film on its surface, which has the characteristics of conductive one-way valve metal.
2. Used in the manufacture of electrolytic capacitors
3. Used in walkie-talkie
4. For general industrial electrical equipment
5. Used as an alloy additive
6. Welding electrode production
7. In the nuclear reactor, used as a nuclear fuel coating material, an alloy additive, and a structure material of heat exchange
8. Steel additive

Standard Packing:

Packed in sealed or vacuum bags. Special package is available on request.

Storage:

Nano-niobium powder should be sealed and stored in a dry and cool environment. It should not be exposed to the air for a long time to prevent moisture and agglomeration, which will affect the dispersion performance and use effect.