Nano Tin Powder Sn Nanoparticles For Lubricant Additive

Superfine high active tin nanopowders widely used in conductive coating.

99.9%  black nano tin powder used for the activated sintering additives. 

China factory direct offer quality nano Sn powder Tin nanoparticles, 99.9% high purity,  70nm / 100nm / 130nm. Nano Sn can be applied for lubricant additives.

Nano tin metal powder, spherical, 70nm, 100nm, 130nm, widely used in metal paste or metal alloy powder. In stock

Hongwu Nano Tin particles Sn has a high theoretical capacity (for example, 994mah/g), and tin-based anode material is considered to be one of the ideal substitutes for commercial graphite-like carbon materials (372mah/g) to meet the following a generation of high-capacity lithium-ion battery needs.

The porous, high dispersion and high activity alpha aluminum oxide nanopowders apply to the nano ceramic material.

The nano silicon powder has the characteristics of high purity, small particle size, uniform distribution, large surface area, high surface activity and low bulk density. Nano-silicon powder is a new generation of optoelectronic semiconductor materials with a wide gap energy semiconductor and a high-power light source material.

1-20um adjustable bronze red conductive flake copper powders Cu is provided at competitive price.

99.9%  black nano tin powder used for the activated sintering additives. 

As a multi-functional material, nano tungsten oxide(WO3 nanopowder) has been widely used in catalysis, lithium-ion batteries, solar cells, fuel cells, photothermal therapy and other fields with excellent performance.

Ferronickel Fe-Ni Nano Alloy is a weak magnetic field with high permeability and low coercive force in low frequency soft magnetic materials

The biggest advantage of nano-tungsten oxide in the field of thermal insulation is its excellent spectral selectivity - it can effectively block near-infrared thermal radiation while maintaining high visible light transmittance. This makes it irreplaceable in transparent thermal insulation applications (such as building and automotive glass). In addition, its low thermal conductivity, high specific surface area, chemical stability and good compatibilities also make it a very potential multifunctional thermal insulation material additive or coating material. With the continuous advancement of nanotechnology and preparation technology, its application prospects will be broader.