Photocatalyst zinc oxide nano powder, ZnO nanoparticle manufacturer

Short Description:

nano-zno can decompose organic substances, fight bacteria and deodorize. This photocatalytic property has been widely used in fiber, cosmetics, ceramics, environmental engineering, glass and building materials industries.


Product Detail

Item name Zinc oxide nano powder
Item NO Z713, Z715
Purity(%) 99.8%
Specific surface area(m2/g) 20-40
Apperance and Color White solid powder
Particle Size 20-30nm
Grade Standard Industrial grade
Morphology Spherical, Rodlike
Shipping Fedex, DHL, TNT, EMS
Remark Ready stock

Note: according to user requirements of nano particle can provide different size products.

Product performance

Nano zno powder is a new high-functional fine inorganic product facing the 21st century. Nano-zno produced by Hongwu nano has a particle size of 20-30nm. Due to the fineness of particle size and large specific surface area, nano-zno produces the surface effect, small-size effect and macro-quantum tunneling effect that nano materials have. The magnetic, optical, electrical and sensitive properties of nano ZNO products are incomparable with those of ordinary ZNO products.

Application in Catalysts and photocatalysts

The size of nano ZNO is small, the specific surface area is large, the bond state on the surface is different from that inside the particle, and the coordination of atoms on the surface is not complete, which leads to the increase of the active position on the surface and the increase of the reaction contact surface. In recent years, many attempts have been made to decompose the harmful substances in water with photocatalysts. Under ultraviolet light, nano-zno can decompose organic substances, fight bacteria and deodorize. This photocatalytic property has been widely used in fiber, cosmetics, ceramics, environmental engineering, glass and building materials industries.

Storage conditions

This product should be stored in dry, cool and sealing of the environment, can not be exposure to air, in addition should avoid the heavy pressure, according to ordinary goods transportation.


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