Alumina and Aluminum hydroxide Al2O3, Al(OH)3 series

Nano Alumina & Nano Aluminium hydroxide

Alumina:

Melting point: 2050℃

Density: 3.6g/cm3

Application area

1. Alumina can be used for transparent ceramics, high-pressure sodium lamp tubes and EP-ROM windows;

2. Aluminum oxide can be used as cosmetic filler;

3. Aluminum oxide can be used for single crystal, ruby, sapphire, sapphire, yttrium aluminum garnet;

4. Alumina can be used for high-strength alumina ceramics, C-substrate, packaging materials, cutters, high-purity crucibles, winding shafts, bombardment targets, furnace tubes;

5. Aluminum oxide can be used for precision polishing materials, glass products, metal products, semiconductor materials, plastics, tapes, and polishing tapes;

6. Aluminum oxide can be used for coating, rubber, plastic wear-resistant reinforcement materials, and advanced water-resistant materials;

7. Alumina can be used for vapor deposition materials, fluorescent materials, special glass, composite materials and resin materials;

8. Alumina can be used as catalyst, catalyst carrier and analytical reagent;

9. Aluminum oxide can be used for the leading edge of aerospace aircraft wings.  

10. Gems can now be manufactured by artificial crystallization of molten alumina.

11. The diversity of alumina properties makes it have a wide range of uses, but more than 90% of it is used to produce metal aluminum, and the rest is used as fillers for plastics and other polymer products, adsorbents and catalysts, raw materials for pharmaceuticals, cosmetics and chemical products, ceramics, abrasives and refractory materials, etc.

12. The artificial aluminum oxide fiber is mainly composed of aluminum oxide and contains about 5% silicon dioxide (used to stabilize the crystalline phase of aluminum oxide). It is often used as the thermal insulation lining of various heat treatment furnaces in the steel industry and cracking furnaces in petrochemical industry, as well as the thermal insulation materials of nuclear reactors and space shuttles, and as the reinforcement materials of light alloys.

Packaging and storage

This product is packed in barrels or vacuum bags with inert gas anti-static bags by default. The experimental quantity can be packed in inert gas cylinders. Customers who need inert gas cylinders, please contact us. After receiving the goods, they should be sealed and stored in a dry and cool environment. They should not be exposed to the air for a long time to prevent moisture from gathering and affecting the dispersion performance and use effect.