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Battery Grade Nano Zinc Oxide

Introduction: An n-type semiconductor. Brand gap is 3.3-3.6eV, bound exciton energy is 60meV at room temperature. Good luminous function. Good photoconduction and catalytic activity. Has good prospect of application in nano device, such as
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Product Details

Introduction:

An n-type semiconductor.

Brand gap is 3.3-3.6eV, bound exciton energy is 60meV at room temperature.

Good luminous function.

Good photoconduction and catalytic activity.

Has good prospect of application in nano device, such as light emitting diode, photoelectric diode, waveguide devices, sensors and test, etc.

Electron is easy to be transported because the conductance of nano ZnO is close to dye LOMO.

Has good potentiality of application in DSSC.

Battery Grade Nano Zinc Oxide

Specification:

Item NO.

J50D

Appearance

White powder

APS,nm

50

SSA, m2/g

50

Content, %

99.8

Ignition residue, %

0.2

Surface treatment agent

0.1% battery-specific treatment agent

Application:

1.Nano ZnO can absorb more dye because of its large specific surface area and many holes, so it is widely used in DSSC.

2.It will help solar battery to absorb specitra and improve its efficienty by using nanometer ZnO to make“nano spear (nanospears)”and hammer on the surface of solar battery.

3.Adding a little of nano ZnO into the electrolyte of alkaline manganese dioxide battery can restrain zinc electrode from self-discharge.

Dosage:0.5-2%

Package:25kgs/drum