Application advantages of white corundum in ceramic binders

Mondo Collection Updated on 2024-02-13

White corundum, as an abrasive, its main component is alumina, because of its high hardness, wear resistance and good chemical stability, it has a wide range of applications in ceramic bonds. Here are some of the application advantages of white fused alumina in ceramic binders:

1.High hardness and abrasion resistance: White fused alumina has a very high hardness, which allows it to maintain its properties at high temperatures and abrasion environments, making it ideal as a component of ceramic bonds for the manufacture of wear-resistant ceramic materials.

2.Good thermal stability: In high-temperature processing environments, white fused alumina is able to maintain its structural stability and is not easy to deform, which makes it an ideal material for the manufacture of high-temperature ceramic binders.

3.Chemical stability: White corundum has good corrosion resistance to most acid and alkali salt media, which allows it to maintain its properties in a variety of chemical environments, improving the range of application of ceramic bonds.

4.High melting point: White fused alumina has a high melting point, which makes it suitable for use at high temperatures, making it suitable for applications that require high-temperature processing.

5.Easy to control particle size: The particle size of white corundum can be finely controlled by processing means, which provides convenience for the manufacture of ceramic binders with different performance requirements.

6.Good bonding properties: white fused alumina has good binding properties with ceramic materials, which can improve the overall performance of ceramic bonds.

7.Environmental protection and pollution-free: white corundum is an environmentally friendly material, which has little impact on the environment during its production and use, and meets the needs of today's society for green production.

In general, white fused alumina has obvious application advantages in ceramic binders due to its excellent physical and chemical properties, and is widely used in aerospace, automobile manufacturing, precision ceramic parts and other fields.

Related Pages