Photocatalytic Used 20-30nm Nano ZnO Powders

Spec: 20-30nm or 30-50nm, 99.8% purity

Nano ZnO Powders application:

1. Nano Zinc Oxide is an ideal UV shielding agent, and compared with organic UV absorbers, inorganic zinc oxide UV shielding agent has safe, stable and reliable features, so it has broad application prospects. In cosmetics, adding zinc oxide, both shielded UV sunscreen, but also anti-bacterial deodorant.

2. Nano ZnO mixed with Sio2 deodorant deodorant fiber, can absorb the odor to purify the air.

3. Plus ZnO nano-ceramic products with self-cleaning effect of antibacterial deodorant and decomposition of organic matter, greatly improving the quality of products. Adding nano-ZnO glass UV resistant, wear-resistant, anti-bacterial and deodorant can be used as automotive glass and architectural glass.

4. ZnO nano-speed abrasion rubber products manufacturing raw materials, such as aircraft tires, radial tires used limousine, etc., with anti-aging, anti-friction fire, long service life, the amount is small.

5. Incorporation of nano ZnO particles in the plaster and metal peroxides, you can obtain colorful, not fade gypsum products, has excellent antibacterial properties, suitable for building materials and decoration materials.

6 In the coatings industry, zinc oxide in addition to coloring and hiding power, is luminous paint preservatives and agents.

7. Nano zinc oxide obtained by the preparation conditions of different materials properties of photoconductive semiconductor and conductivity, etc., the use of this variation can be used as an image recording material.

8. Zinc Oxide as a photocatalyst can make organic matter decomposition under UV irradiation, nano-ZnO can decompose organic substances, anti-bacterial and deodorant, the photocatalytic properties have been widely used in fibers, cosmetics, ceramics, environmental engineering, glass and building materials industries.

9. Nano-zinc oxide and other metal oxides due to the light weight, thin, light in color, strong absorbing ability, etc., and become one of the hot absorbing materials research.