Ceramic Grade Aluminum Hydroxide

Описание

Ceramic Grade Aluminum Hydroxide the role of aluminum hydroxide in ceramics is mainly reflected in the preparation of high-performance ceramic materials, chemical formula Al(OH)3, white solid, insoluble in water, soluble in acid or alkali, is a typical amphoteric hydroxide. After heating and dehydration in air, it can be transform into aluminum oxide, which is of great significance to the production of aluminum oxide. Aluminum hydroxide can react with both acid to generate salt and water and with strong alkali to generate salt and water, so it is an amphoteric hydroxide

Aluminum hydroxide plays an important role in ceramics:

Preparation of high-performance ceramic materials: Ceramic Grade Aluminum Hydroxide is an important raw material for the preparation of certain high-performance ceramic materials. Due to its high temperature stability and good mechanical properties, aluminum hydroxide plays a key role in the preparation of ceramic materials1.

Improve the performance of ceramic materials: Adding aluminum hydroxide to ceramic materials can significantly improve the hardness and wear resistance of the materials, thereby extending the service life of ceramic products.

In addition, aluminum hydroxide can also improve the mechanical properties and appearance quality of ceramic materials, making it more widely use in decorative materials2.

Improve the processing properties of ceramic materials: The addition of aluminum hydroxide can also improve the processing properties of ceramic materials.

For example, in the production process of artificial marble, aluminum hydroxide as a filler can make the product have a unique translucent feeling and elegant and luxurious appearance.

At the same time, it has the advantages of high hardness, water resistance, flame retardancy, anti-fouling, easy secondary molding, seamless welding, etc.2.

Improve the flame retardant properties of ceramic materials: Aluminum hydroxide also has good flame retardant properties and can play a flame retardant role in ceramic materials. This makes ceramic products containing aluminum hydroxide less likely to burn when encountering a fire source, reducing the risk of fire. It is particularly suitable for fire-resistant clothing, home decoration fabrics and industrial fabrics.

In summary, the role of aluminum hydroxide in ceramics is mainly reflecte in the preparation of high-performance ceramic materials, improving the performance of ceramic materials, improving the processing performance of ceramic materials, and improving the flame retardant properties of ceramic materials. These roles make aluminum hydroxide have an irreplaceable position in the ceramic industry.