RuO2, 20-30nm,99.95% Ruthenium(IV) Oxide nanoparticles

Hongwu Nano Ru02 has good catalytic activity, stable chemical properties, and is a metal-like properties of high conductivity metal oxides, have been widely used in resistance paste, the electrochemical catalysis, chlor-alkali industry and integrated circuits fields .

Nano Platinic oxide Particle is good as hydrogenation catalyst. Hongwu Nano customizes high purity PtO2 nanopowder with particle size from 20nm--1um, 99.95%purity. The element type Pt nanoparticle is also available, as well as water dispersion.

IRO2 Iridium(IV) oxide nanoparticles, common available smallest size is 20-30nm with 99.95%. 20nm-5um particles size can be adjustable as required. The element iridium(Ir) nanopowder is also available.

Lanthanum Trifluoride Powder almost insoluble in water, but dispersibility well in alcohol.

Nano Rutile TiO2 Powder Used For Wood Coating is for its good anti-UV. Titanium dioxide Rutile nanopowder used as inorganic UV absorbent, it has good uv resistance, can improve light fastness and adhesion, toughness and other mechanical properties in the paint. 

Ultra-fine copper nanopowders has a good thermal conductivity, electrical conductivity.

Single walled carbon nanotubes can be used as supercapacitor electrode material due to its excellent properties. SWCNTs have good properties of mechanics, field emission, electromagnetic, adsorption, chemical, etc..Besides pure SWCNTs, Hongwu Nano also supply functionalized types as required.

Buy 99.99% fine alpha alumina(Al2O3) powders for refractory material from Hongwu Nano. Worldwide shipping.

Stainless Steel Nanoparticles 316 have the characteristics of high pressure resistance use for hot air spraying and manufacturing metal filter.

Compared with one-dimensional nanostructures material, TIO2 titanium oxide nanotubes have better performance in photocatalysis, photocell.

HONGWU NANO factory direct offer Zic Oxide Nanowires. can be applied for catalyse, antibacterial, sensors, etc.

A growing interest in diamond nanoparticles has been shown in the resent years for biochemical sensors due to its characteristics of high surface area, high surface energy and high catalytic efficiency.