Rhodium nanoparticles highj purity 99.95% 20nm Rh for catalyst

99.95% Rhodium Nanoparticles with the feature of anti-corrosion wearproof used for manufacturing hydrogenation catalyst. Manufacturer of precious metal nano materials including Au, Pt, Ag, Rh, Ru, Ir,Pd, IrO2, RuO2, etc..

rhodium nanopowder, 20-30nm, 99.99%, widely used in hydrogenation reactions.

Precious metal element Rhodium nano powder, in spherical shape, high purity 99.95%, superine size 20-30nm as common. Hongwu Nano also supply customized service for adjustable particle size and dispersion.

Factory directly supply high purity 99.95% nano rhodium powder with high and stable quality, competitive price and good service. Nano Rh particle is mostly used for catalyst, photocatalyst with excellent performance.

Nanomaterials expert Hongwu Nano supply high purity rhodium black powders in nano size with adjustable size from 20nm-3um. Our stable inventory with good quality ensures short leadtime.

HW nano ATO powder, Antimony Doped Tin Oxide, SnO2:Sb2O3=90:10 or other proportion。 Nano ATO can be applied for thermal insulation, anti-static, etc

We have developed out more higher purity SWCNT, its purity could be reach to >95% or 99% , has excellent conductivity.

Cobalt nanopowder, 100-150nm, 99.9%,widely used as magnetic materials, or absorbing materials.

Hongwu brand Spiny spheroids nickel powder(<1um, 99%) has a wide range of applications in electronic materials, conductive materials, catalysis, magnetic recording materials, polymers and self-lubricating materials.

Ferrictic stainless steel 430 nanopowder/nanoparticles, <100nm, Small qty order for researcher, bulk for industrial groups. worldwide shipping. factory directly sale nano stainless steel powder. 

Hongwu Provide Silicon Nanowires high purity undoped with Worldwide Shipping From us you can easily purchase Silicon Nanowires at less price Silicon Nanowires SiNW Manufacturer and Supplier.

Silver micron powder has spherical or flake morphology, 1-2um or 3-8um,widely used in conductive filler.