Ferritic stainless steel 430 Nanopowders, Ferritic stainless steel

99.9% Stainless Steel Nanoparticles 430 with oxidation resistance apply to powder metallurgy sintering.

A growing interest in diamond nanoparticles has been shown in the resent years for biochemical sensors due to its characteristics of high surface area, high surface energy and high catalytic efficiency.

HONGWU NANO has been manufactured and exported nanoparticles since 2002, precious metal and its oxide nanoparticles powder are our advantaged and hot sell item. Both small quantity and batch production is OK.  Mature and stable production process and quality, ultrafine particle size 20-30nm, high purity 99.95%. With good catalyst performance, any need welcome to inquiry.

Industrial grade mwcnts, diameter with 10-30nm,30-60nm,60-100nm and length 1-2um or 5-20um, about 93-95%purity. The general purity of our MWCNT is 99%purity. CNTs have excellent performance and widely in various fields.

High and stable quality nano tungsten carbide cobalt ally powders with differenet Co content manufactured by Hongwu Nano.  Nano WC-Co powder is mainly for cemented carbide for sintering and surface alloying for its excellent properties.

Cubic beta silicon carbide micron powders is suitable for oil stone manufacture.

High Purity Conductive Nano Al Aluminum Powder with 100nm, 200nm 99.9% purity use as the catalyst.

Cesium tungsten Nanoparticles is a kind of inorganic nanomaterial with good near infrared absorption effect.It has strong absorption in the near infrared region.

Hongwu Nano manufacturers and supplies nickelic oxide/nickelic trioxide (Ni2O3) nanopowders for long term. The process is stable, the shipment speed is fast, and the factory price is competitive. Small and uniform particle size, 20-30nm, high purity 99.9%.

As a hydrolytic hydrogen production material, micron spherical aluminum powder (1-2um, 99.9%) can effectively solve the bottleneck of hydrogen energy transportation and use. Contact HONGWU for further info, worldwide shipping.

Boron carbide, also known as black diamond, has a molecular formula of B₄C, usually gray-black powder. It is one of the three hardest materials known (the other two are diamond and cubic boron nitride). It is used in tank armor, bulletproof vests and many industrial applications. Its Mohs hardness is 9.3. Because of its low density, high strength, high temperature stability and good chemical stability. It is used in wear-resistant materials, ceramic reinforcing phases, especially in lightweight armor, reactor neutron absorbers, etc.

In ordinary ceramic matrix composites, silicon carbide nanowires are generally added within 10 wt%. In the specific process optimization process, it is recommended to start from 1 wt% and gradually experiment and optimize.