Ferritic stainless steel 430 Nanopowders, Ferritic stainless steel

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

Zinc white Zinc Oxide ZnO Nanoparticle in particle size 20-30nm with 99.8% purity.

Silver(Ag) nanoparticles, with high purity(4N), superfine particle size, and it has excellent effect in sterilization. And Nano silver powders are also used for catalyst, paste for their good activity, conduction properties. Nano silver aqueous dispersion can be customized also.

Titanium Diboride Powder is a new ceramic material and it has excellent physical and chemical performance.

Superfine Boron Nanoparticles is available for 100-200nm with 99%. Amorphous B Powders can be used in various fields. Mircon size 1-2um B powder is also supplied. Quick delivery, competitive price of amorphous Boron particles are offered by Hongwu Nano.

Tungsten Oxide nanparticles,Cesium tungsten oxide(CS0.32WO3) electrochromic materials widly used in Glass Rearview Mirror.

Heat-conducting alumina can be widely used in different materials such as silica gel, sealing adhesive, epoxy resin, plastic, heat-conducting rubber, heat-conducting plastic, silicone grease. In practical application, Al2O3 powder filler can be used alone or mixed with other fillers such as AIN and BN.

W Tungsten nanoparticles is widely used as to produce nano tungsten line.

Glass ceramic coatings could be prepared by nano magnesium oxide, nano alumina, nano silica and so on.

Vanadium dioxide (VO2) is the most widely studied and applicated inorganic thermochromic material. Pure Phrase(M-VO2) vanadium dioxide phase transition temperature is 68℃. By doping tungsten, the phase transition temperature can be reduced to room temperature near 20℃. Buy the material now, please contact us.

As a multi-functional material, nano tungsten oxide(WO3 nanopowder) has been widely used in catalysis, lithium-ion batteries, solar cells, fuel cells, photothermal therapy and other fields with excellent performance.

The biggest advantage of nano-tungsten oxide in the field of thermal insulation is its excellent spectral selectivity - it can effectively block near-infrared thermal radiation while maintaining high visible light transmittance. This makes it irreplaceable in transparent thermal insulation applications (such as building and automotive glass). In addition, its low thermal conductivity, high specific surface area, chemical stability and good compatibilities also make it a very potential multifunctional thermal insulation material additive or coating material. With the continuous advancement of nanotechnology and preparation technology, its application prospects will be broader.