Namo materials

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Specification

Product name	Average particle size (nm)	Purity (%)	Specific surface area (m²/g)	Volume density (g/cm3)	Particle morphology	Color
Nickel powder	50	99.9	12	0.74	spherical	black
Tungsten powder	50	99.9	10	3.2	spherical	black
Molybdenum powder	60	99.9	10	0.3	spherical	black
Magnesium powder	60	99.9	14	0.1	spherical	black
Manganese powder	1000	99.9	7.8	0.4	spherical	gray
Iron powder	50	99.9	30	0.48	spherical	black
Silver powder	50	99.9	30	0.5	spherical	gray
Zinc powder	20	99.9	50	0.4	spherical	gray
Aluminum powder	50	99.9	20	0.1	spherical	black
Sulphur Powder	50	99.9	45	1.08	spherical	light yellow
Boron powder	100	99	34	1.3	spherical	black brown
Manganese dioxide	50	99.9	30	0.76	spherical	black
Bismuth oxide	50	99.9	25	0.76	spherical	yellow
Magnesium oxide	40	99.9	30	0.74	spherical	white
Iron oxide	30	99.9	90	0.36	α	red
Aluminium oxide	30	99.9	100	1.5	α	white
Copper oxide	40	99.9	120	0.30-0.45	spherical	black
Zinc oxide	20	99.9	100	0.30-0.45	spherical	white
Zirconium nitride	100	99.9	16.3	1.4	square	yellow
Boron nitride	100	99.9	19	0.30	hexagonal	white
Aluminium nitride	40	99.9	70	0.15	hexagonal	gray
Titanium nitride	20	99.9	93	0.09	square	black
Molybdenum disulfide	200	99.9	13	1.2	spherical	black
Tungsten disulfide	60	99.9	80	0.25	amorphous	black
Zinc sulfide	100	99.9	47	1.32	spherical	white
Stannic sulfide	100	99.9	29	1.28	flake	yellow
Titanium hydride	50	99.9	36	0.4	spherical	gray
Hafnium hydride	100	99.9	28.3	0.57	square	black
Zirconium hydride	100	99.9	26	0.63	square	black

Application

Nano materials have very broad application fields: automobile industry, construction industry,
textile industry, machinery industry, electronic information industry, biomedical industry,
environmental protection industry, energy industry, equipment industry, etc.