Multi-walled carbon nanotubes with Amino group Aminosylated CNTs

Multi-walled carbon nanotubes, amino-modified(NH2 MWCNT), purity 99%, with availabe diameter range of 10-100nm and short(1-2um)/long tubes(5-20um).

Hongwu International Group Ltd supply customized service for modified carbon nanotubes to achieve better properties. Besides Amino Functionalized Carbon Nanotubes(MWCNT-NH2), carboxylation and hydroxylation are also available.

Factory batch supply nanometer high purity dioxide tio2 titanium iv oxide powders,buy anatase and rutile tio2 powders here.

4-5 um Zirconium powders with the purity of 99.5% apply to the nuclear industry.

Wear resistant material Zirconium dioxide ZrO2 nanopowders can be supplied in bulk for industry groups.

Zirconia-Yttria Nanopowders with high quality use as the lithium battery material. 

Copper (I) oxide nanomaterial, Cuprous oxide nanoparticles, Dicopper oxide, Perenox,Mainly use: Biocide, Antibacterial agent, Antifouling primer, Catalyst, Superconducting materials, Photoelectric material, Sensor material, etc

Many sizes is available for copper nanoparticles from nano grade to micro grade.

HW nano material sale high purity bi2o3 nano bismuth oxide for electronic ceramics and piezoresistor use O765: Nano bismuth oxide, particle size 20-30nm,99.5% O766: Nano bismuth oxide, particle size 30-50nm,99.5%       Bi2O3 nano bismuth oxide is an important functional material. The use of bismuth oxide is not only a good catalyst for organic synthesis, ceramic coloring agents, plastic flame retardants, pharmaceutical astringents, glass additives, high refractive glass and nuclear engineering glass manufacturing and nuclear reactor fuel, but also is a kind of important doping powder material in the electronics industry.       Bi2O3 nano bismuth oxide powder is mainly used in the chemical industry (such as chemical reagents, bismuth salt manufacturing, etc.), the glass industry (mainly used for coloring), the electronics industry (electronic ceramics, etc.) and other industries (such as fire paper manufacturing, nuclear reactor fuel. Among them, the electronics industry is the most widely used bismuth oxide industry, mainly used in varistors, thermistors, zinc oxide arrester and CRT, and other fields. If the material from the points, bismuth oxide is mainly used for electronic ceramic powder materials, electrolyte materials, optoelectronic materials, high-temperature superconducting materials, catalysts. Electronic ceramic powder materials the field of electronic ceramics are a mature and dynamic field for the application of bismuth oxide.        Bismuth oxide as an important additive in the electronic ceramic powder material, the purity of the general requirements of more than 99.5%. The main application targets are three categories that are zinc oxide varistor, ceramic capacitors, and ferrite magnetic materials. In the development of electronic ceramics, the United States is one of the top one in the world. While Japan relies on mass production and advanced technology to occupy the world's ceramic market share of 60%. With the nano bismuth oxide research and development and homogenization of manufacturing technology innovation will also greatly promote the electronic ceramic-related components to improve performance and reduce production costs. Bismuth oxide in zinc oxide varistor mainly plays a role in the formation of agents, zinc oxide varistor with high nonlinear voltammetry, the characteristics of the main contributors.

As a new type of lubricant additive, nano-copper powder has received more and more attention in recent years. It can not only play a "micro-bearing" effect in lubricating oil, but also repair the worn surface, which can significantly improve the anti-wear and anti-friction properties of lubricating oil.

As catalyst Gold Nanoparticles can be supported on a variety of carriers, such as TIO2(Au/TiO2), SIO2(Au/SiO2), FE2O3(Au/Fe2O3), FE3O4(Au/Fe3O4), ZRO2(Au/ZrO2), AL2O3(Au/Al2O3) and carbon nanotubes.

Cemented tungsten carbide (CAS 12718-69-3，nano tungsten carbide cobalt ) is a highly versatile nanomaterial with exceptional properties and numerous applications. It combines the hardness of tungsten carbide (WC) with the toughness of a cobalt (Co) binder. Its high melting point, excellent wear resistance, and superior strength make it ideal for cutting tools, mining equipment, and wear-resistant parts.