Zirconium Diboride Nanopowder--ZrB2

In boron - zirconium system there are three kinds of zirconium boride: ZrB, ZrB2, ZrB12, and ZrB2  is stable in wide temperature range, the industrial production of zirconium boride and application is mostly zrb2.

Zirconium diboride powder, could supply at 100m, 1-3um or other size, widely used as ceramic materials.

Zirconium diboride ZrB2 powders from HW NANO, with particle size 100-200nm, 300-500nm,1-2um and 3-5um, is a highly covalent refractory ceramic material with a hexagonal crystal structure. 

Zirconium diboride nanopowder mainly used primarily for the production of composite ceramic materials.

Carbon Nanotubes Used as Conductive Agent can greatly improve energy density, fast charge and fast discharge, cycle life and other properties due to their excellent characteristics compared with the traditional agents.

Multi-walled carbon nanotubes is widely used as reinforced polymer composite materials for its excellent mechnical properties. Besides pure CNTs, functionalized typs can be customized also.

Polyhydroxylated & Polyhydric & Polyhydroxy fullerene --- fullerols with good water solubility, you can buy it at a amazing price for hwnanomaterial.

Nitrogen-doped multi-walled carbon nanotubes can activate the surface of CNTs, used as the supporting material of noble metal catalysts.

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.

For  the nano nickel, we could not only supply in powder form, but also could supply in dispersion form, welcome to inquiry.

Hongwu Nano supplys ruthenium(IV) oxide and ruthenium nanopowders, 20nm-1um, 99.99%. Also other nano pricious metal nanopowders, nano dispersion can be customized too.

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