High Quality Zinc Oxide (ZnO) With A Content Of 99.7% Or More - French Method (indirect Method) And Direct Method, CAS 1314-13-2

Active Zinc Oxide

Product Description:
Active zinc oxide is a high-performance inorganic compound with excellent chemical reactivity and physical properties. The product undergoes special activation treatment, resulting in a higher specific surface area and porosity. It is widely used in industries such as rubber, plastics, and coatings.

Specifications:

Characteristics:

• High activity, easy dispersion
• White powder with excellent hiding power
• Excellent chemical stability

Advantages:

• Enhances physical properties of rubber, plastics, and other products
• Improves adhesion and weather resistance in coatings
• Reduces production costs and increases production efficiency

Applications:

• Additive in rubber tires, plastic products, coatings, etc.
• Zinc source in the feed industry
• Applications in new-wave absorbing stealth materials and infrared detectors

Production Technology:
The product is produced using an indirect method. Zinc ingots are melted into an evaporating crucible, heated to vaporize, oxidized by air, and then cooled. The final product is collected in a fabric bag.

Theory:
Active zinc oxide, due to its high reactivity and excellent physical properties, is widely used in multiple fields. Its special activation treatment process increases its specific surface area and porosity, improving its dispersion and activity in products like rubber and plastics.

Services:
We provide professional technical support and after-sales services to ensure the best experience for our customers. Additionally, we offer customized production services to meet different client needs.

Theory

ZnO is an n-type semiconductor where electrons in the valence band can absorb energy from UV light and undergo transitions, thereby absorbing UV light. When the particle size of ZnO is much smaller than the wavelength of UV light, it can scatter UV light in all directions, reducing the intensity of UV light in the direction of irradiation.