Conductive Film In2O3 Indium Oxide Nano Powder

We could supply Indium Oxide In2O3 Nanoparticles in high purity and superfine.

light yellow 50nm Indium Oxide Nanopowders have the purity of 99.99% apply to theBattery manufacturing industry.

Indium Oxide Nanopowders with the high purity and the performance about the excellent dispersion which as the chemical reagents.

Nano indium oxide powder, yellow powder, 50nm, 99.99% purity, widely used as gas sensor materials.

Find high purity 99.99% 50nm indium oxide in2o3 nanoparticles from HW NANO with quality guaranteed.

Hongwu Nano long-term supplies the gold(Au) nanoparticles. The general size of nano Au powder is 20-30nm with 99.95%purity. Collodial gold and other particle sizes can be customized also. If you would like to buy nano gold powders with high and stable quality, competitive price, please don't hesitate to contact us now!

Hongwu nanomaterial is supplying high purity metal molybdenum powder (Mo) , has passed tests, such as REACH,RoHS,halogen. widely used in raw materials of molybdenum alloy products, electric heating elements and powder metallurgy, high temperature resistant alloys, sintering of molybdenum products, diamond tools and so on. Contact us for detailed info.

Titanium dioxide (TiO2) possesses antibacterial functions by its photocatalytic properties which can destroy bacteria or suppress their reproduction.

Copper is the basis of functional powder material of high-tech and high value-added, but also one of the fastest developing areas of materials hot products.

Hongwu International Group Ltd supply 20-30nm gamma Al2O3 manopowder with 99.99%purity, which is mostly used for catalysis.

Sale carbon nanotubes SWCNT for  Near-infrared Near fluorescent optical sensors with good dispersion and high quality from Hongwu International Group ltd.

Industrial  nano Gaphene oxide powders with both single layer and multi layer at offer.  It has the advantages of large specific surface area, excellent physical and chemical properties, and easy to combine with other materials through surface functional groups, etc.