High performance Copper-nickel nanowires used for printable electronics

Nitrogen-doped multi-walled carbon nanotubes can activate the surface of CNTs, used as the supporting material of noble metal catalysts.

Hongwu Nano's Ruthenium Nanoparticle is 20-30nm with 99.95% purity. Nano Ru powder can be used for the capacitor membrane and the high efficient catalyst for its excellent performance. For other size, RuO2, dispersion, they all can be available.

Biomedical materal Single-walled Carbon Nanotube. SWCNT is available for 2nm in diameter, short and long tube with 91% purity. Purity can be adjusted to higher one 95-99%.

Tin Copper SnCu Alloy Nanopowder could particle size at 70nm.

HONGWU Superfine spherical tungsten nano powders with reliable quality, size 40nm, 70nm, 100nm, 99.9%. Small order for researchers and bulk for industrial groups. worldwide shipping.

High purity aluminum nitride nanoparticles is widely used for ceramic substrate.

MWCNTs Multi Walled Carbon Nanotubes Aqueous Dispersion can be produced with different diameter (10-100nm), lengths(short 1-2um, long 5-20um) and adjusted concentration 2%-5%.

Facory direct offer 100nm 99.99% In nanopowder.Good and stable quality, good sphericity, rich experience in exporting powder goods.Any need welcome to contact us.

Superfine Palladium Nanoparticles are available for 20nm with high purity.  Pd nanopowder with high and stable quality and  competitive Factory price is offered by Hongwu Nano. Also, the particle sizes of nano palladium particle can be adjustable.

Photocatalytic Materials Superfine Anatase Titanium Dioxide TiO2 Nanopowders.

Molybdenum disulfide nanoparticles are mainly used in modified plastics, grease, powder metallurgy, carbon brush, brake pad and solid lubrication spray.  All available in Small qty for researchers and bulk for industrial groups.

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.