95% 98% Nano Zinc Oxide (ZnO) for Conducting Material

China 95% 98% Nano Zinc Oxide (ZnO) for Conducting Material, Find details about China Conducting Zinc Oxide, 98% Zinc Oxide from 95% 98% Nano Zinc Oxide (ZnO) for Conducting Material

Model NO.
95% 98%
Molecular Formula
ZnO
Poducing Method
Indirect Method
Place of Origin
China
Brand Name
Jiuxiang
Package
25kg PP Bag
Export Country
Global
Trademark
jiuxiang
Specification
Rohs SGS
Origin
Hebei, China
HS Code
2817001000
Model NO.
95% 98%
Molecular Formula
ZnO
Poducing Method
Indirect Method
Place of Origin
China
Brand Name
Jiuxiang
Package
25kg PP Bag
Export Country
Global
Trademark
jiuxiang
Specification
Rohs SGS
Origin
Hebei, China
HS Code
2817001000
95% 98%  Nanoparticles Zinc Oxide (ZnO) for Conducting Material


1.Product Specification:
   Product Name: Conducting ZnO
   Product ID: SP-007
   Molecular Formula: ZnO

2.Performance: 
                      adopting the latest production treatment process,
                       through Al ion doping so as to form N-type semiconductor
                       an independent semiconductor,
                       the powder structure is not easy to destroy during dispersion,
                       producing anti-static products.

3.Application:  make bright/light-color conducting floor paint, conducting powder paint, etc.,
                      used for coating floors and walls of electronic component factories, operating rooms,
                      an excellent ultraviolet ray shielding agent,
                      widely used in sun protection cosmetics and UV protection fabric. 

4.Packing: 25kg PP Bag

ItemIndex
      ModelSP-N1(nanometer special grade)SP-N2(nanometer grade1)
ZnO /% ≥98.095.0
Average particle size under electron microscope /nm ≤100100
Specific surface area/(m²/g) ≥4535
On-resistance5-65-6
Agglomeration index ≤100100
Pb /% ≤0.010.03
Mn / % ≤0.0010.005
Cu /% ≤0.0010.003
Cd % ≤--
Hg /% ≤--
As /% ≤--
105° Volatile matter /% ≤0.60.7
Water soluble matter/% ≤0.50.7

Hydrochloric acid insoluble matter /% ≤
0.020.05
Weight loss in ignition/% ≤1-31-4
XRD line width average particle size /nm ≤ 100100