Ferritic stainless steel 430 Nanopowders, Ferritic stainless steel

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

Nano titania tubes, OD：10-15nm,ID：3-5nm,L>1um, with large SSA, widely used in catalyst for its excellent photocatalyst , adsorption properties. 

Nano cobalt powder is magnetic, spherical, widely used in cemented carbides coating materials.

Nano Silicon Dioxide Powder (SiO2 Nanoparticle) Used in Ink has good aging resistance and high temperature resistance, improves the stability and pigment dispersion. Also it can significantly improve the strength, hardness, abrasion resistance and other mechanical properties of ink, adhesion, anti-corrosion, waterproof, etc..

Electromagnetic shielding use low apparent density flake silver powders.

As catalyst Gold Nanoparticles can be supported on a variety of carriers, such as TIO2(Au/TiO2), SIO2(Au/SiO2), FE2O3(Au/Fe2O3), FE3O4(Au/Fe3O4), ZRO2(Au/ZrO2), AL2O3(Au/Al2O3) and carbon nanotubes.

Fullerene C60 Nanoparticles have the purity of 99.9% apply to many filed such as memory material and the medical area etc.

Our high thermal conductivity aluminum nitride nanopowders is widely used in ceramic substrates.

Good electric conductivity and light transmittance performance make nano Graphene be prospective in Lithium ion battery and transparent conductive electrode.

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.

A functionalized carbon nanotubes would be more suitable for some specific application, to achieve better properties. CNTs with some functional groups, such as Carboxyl, amino, hydroxyl, etc., they're all available.

In yttrium-added zirconium oxide, yttrium oxide is used as a stabilizer, and this material is mainly a tetragonal structure. It has the highest flexural strength of all zirconia materials, especially when sintered and pressed. Yttrium stabilized zirconia has fine grains and is suitable for use in cutting tools due to its high wear resistance. It is used to cut a very sharp corner part. The excellent crystal grains make the produced ceramics dense, without many pores, and have excellent mechanical strength, corrosion resistance, impact toughness, thermal shock resistance and extremely low thermal conductivity. Because of these characteristics, yttrium stabilized zirconia is mainly used in wear-resistant parts, cutting tools and thermal barrier coatings.