Ultrafine SnBi alloy nanoparticles 100nm Tin Bismuth Alloy powders

HW nanomaterial is supply Tin Bismuth (Sn42-Bi58) alloy Nanopowder / Nanoparticles, ,100nm, 99.9%

Hongwu is supplying fusible alloy nano SNBI material, 200-300nm, 300-500nm, 1-3um, etc. after heating melting the alloy has good fluidity, so this kind of low melting point metal is also widely used to use the mold by casting method. Fell free to contact us at hwnano@xuzhounano.com, thank you.

Titanate nanotubes with outer diameter 10-15nm, inner diameter 3-5nm, length >1um, anatase tio2 nanotube, >99% purity.

HW NANO aluminum nitride, ALN, particle size includes:100-200nm,300-500nm,1-2um,5-10um. Packing: 100g, 500g, 1kg or as needed.

Hongwu International Group Ltd supply iron oxide nanopowders including Fe2O3 and Fe3O4. 100-200nm Fe2O3 and Fe3O4 nanopowders with 99%purity.

Titanium dioxide plays an important role in the future of rechargeable  batteries.

Nano ATO dispersion, could do the particle size at <10nm, 20-40nm, <100nm, 99.9% purity, could do it according to your required concentration.

ITO film because of its transparent, conductive excellent performance and widely used.

highly dispersed 99.99% nano iridium powder, stored in deionized water. 20-30nm Ir nanopowder is mostly used for catalyst for its high activity. Particle size of nano Ir can be adjusted from 20nm-3um. Besides element Ir form, IrO2 nanoparticle is also available.

Antimony doped tin oxide (ATO) nanopowders is with 99.9% purity in nanometer particle sizes, which is the best alternative for indium tin oxide (ITO).

Silver coated copper powders can be customized to the required silver content by varying the grain size and shape.

Cuprous Oxide(Cu2O) Nanoparticle has excellent photocatalytic properties and it's used for water treatment. Cu2O Nanopowder has always been at the core of photocatalysis research because of their strong oxidizing ability, high catalytic activity, and good stability. It's widely used in wastewater treatment and purification with excellent performance.