100NM 99% Titanium Carbide Nanoparticles (TIC)

Good conductive and thermal titanium carbide nanopowders used in production of cemented carbides.

99% Titanium Carbide Powders have the high intensity apply to the melting pot made of metal tongs.

Nano Titanium Carbide TiC Powder have high temperature resistance and high intensity,good thermal conductivity, anti-oxidation and good toughness.

Titanium carbide nanopowder reinforcing phases can be used as a ceramic material, a metal effective to improve the mechanical properties of ceramic matrix material and conductive properties.

Titanium carbide nanopowder, high temperature, anti-oxidation, high strength, high hardness, good thermal conductivity, has good electrical conductivity.

99.9% Stainless Steel Nanoparticles 430 with oxidation resistance apply to powder metallurgy sintering.

Silver nanorods have a small aspect ratio, high rigidity, and are relatively not easy to agglomerate and entangle, which is beneficial to the dispersion in the composite material and the improvement of the performance of the composite material. Nano Ag rods have high specific surface area, high loading, easy surface functionalization, good dispersion and stability.

As nano iron particle active is very high, generally we supply in wet powder form, particle size has 20nm, 40nm, 70nm, 100nm.99.9%

Good shape spiny nickel powder with narrow size distribution <1um is produced and supplied by Hongwu Nano Team. For other shape, spherical, dendrimer-like, orther sizes, nano, submicron, micron are also available.

Nitrogen doped nano graphene,2% to 3% of graphene's carbon atoms replaced with nitrogen atoms to control electrical conductivity.

Nano diamond powder has excellent optical, high thermal conductivity, ultra-high hardness, wear resistance, corrosion resistance, and good biocompatibility properties. Diamond nanoparticle for nano film can achieve good performance of anti-fog, self-cleaning, improving mechnical property and wear resistance, etc..

      Titanium dioxide material can selectively etch metal nanoparticles through electron transfer with metal Ag nanoparticles in the excited state, and change the optical absorption characteristics of the material, thus the Ag/Tio2 nanomaterials can change color under the light excitation of different wavelengths.       Experimental demonstration: 1) 500 ℃ heat treatment was carried out on the TIO2 thin film，it is helpful for photocatalytic deposition of Ag particles, and Ag/TIO2 thin film has the obvious photochromic phenomenon; 2) as the content increase of Ag particles deposited on TIO2 films, the photochromic rate of Ag/TIO2 films increases correspondingly, but the reaction rate of photochromic reaction is inhibited when the content of Ag particles exceeds a certain amount.       If you're interested in the material, please not hesitate to contact us , and we will make a tailor for matching your products.