Tin Copper SnCu Alloy Nanopowder

High Puity Tantalum Oxide (Ta2O5) Nanoparticles,100-200nm   Product Name: Tantalum Oxide; Tantalum Pentoxide Formula: Ta2O5 Cas No.: 1314-61-0 Particles Size: 100-200nm,300-500nm,1-2um...customization Purity: 99.9%+ Appearance:White solid powder Packing: 100g, 500g, 1kg or as needed               Applications of Tantalum Oxide Ta2O5 nanoparticles:   1. Dental imaging, CT Scans and X-rays 2. Coatings and plastics 3. Alloys and catalyst applications.       Our commitment to quality and customer service have established us a leader in the international nanomaterials market.  If you are looking for related products that are not in our product list yet, our experienced and dedicated team is ready for help. Do not hesitate to contact us at hwnano@xuzhounano.com. 

Yellow nano tungsten oxide powder is particle size 50nm with 99.9% purity, widely used as electrochromic materials.

Amorphous boron powder, 1-2um, 99%, brown powder, widely used in semiconductor industry.

Silicon Carbide nano particle dosage influencing on composite friction performance       For Silicon carbide nano particle is with Moh’s hardness about 9.2 which is a hard material. With its hardness, SiC nano powder is suitable to be additive for composite material and improve their toughened and strengthened.        For SiC nano additive has different influence to the relative density, hardness, electrical conductivity and friction and wear properties of the composites. Generally the relative density of the composites decreased with the increase of the content of nano SiC particles. The hardness of the composites increased with the increase of the content of SiC nano particles, but when the nano  SiC particles agglomerated, the hardness increased . However the content of silicon carbide nano powder affect to the conductivity of material is opposite. When the content of  SiC nano particle increase the conductivity of the composite decreases. According to some study when the content of SiC particles is about 0.5% -3%, the wear rate of the composites decreases with the increase of SiC content. When the SiC content is more than 3%, the wear rate of the composites increased with the increase of the content of  SiC nano-particles. The abrasive wear and the friction coefficient decreased with the increase of the SiC content. We provide our customers:   High quality silicon carbide particles(50nm,100nm,500nm,1um,5um,7um,10um,15um)   Volume pricing   Reliable service   Technical assistance Our products are all available with small quantity for researchers and bulk order for industry groups.  If you have any questions, please feel free to contact us. thank you. by Lyla

Cesium tungsten bronze is a typical compound of rare metal tungsten. Its chemical formula is Cs0.33WO3. It has a crystal structure similar to that of tungsten bronze. It has a special structure of oxygen octahedron, so it has excellent mechanical, optical and thermal properties.

We could do nano silver wires at smaller diameter <60nm, with high electrical conductivity.

As a typical representative of one-dimensional nanomaterials, silicon nanowires not only have the special properties of semiconductors, but also show physical properties such as field emission, thermal conductivity and visible light luminescence that are different from bulk silicon materials. Si nanowires have huge potential application value in devices and new energy.

HONGWU NANO powder, China leading manufacture and ultrafine precious powders. Offer good and stable quality of micron flake Ag powders, nano Ag powders.  COA, SEM, MSDS availble, customer service available.  Any need welcome to contact us. 

Radar Absorbent Material Nano Diamond Particle can be used in Stealth Technology with good performance for its superfine particle size and large specific surface area. Hongwu Nano can produce the diamond nanopowder with size below 10nm.

For further technical information or pricing on Au gold nanowires, please contact us freely.

Single /double/ multi layer Carbon Nanotubes

Nanowires of Ruthenium are a promising candidate for studying the intrinsic behavior of individual one-dimensional superconducting wires.