AL5697 Al2O3 13TiO2 Powder

Al2O3 13TiO2 Powder Description:

These powders, comprising alumina and approximately 13% titania (nominal), are formulated to create dense ceramic coatings with exceptional wear resistance, allowing for excellent surface finishes upon grinding. Compared to coatings of alumina with 13% titania or pure alumina, these materials generally exhibit higher toughness but lower hardness, dielectric strength, and somewhat reduced resistance to chemical corrosion. Operational temperatures of up to 540°C (1000°F) are viable for these coatings. Al2O3 13TiO2 Powder is particularly recommended for its resistance against abrasive grains, hard surfaces, fibers, threads, fretting, cavitation, and particle erosion. It finds applications in various fields including printing ink transfer rolls, textile components, petrochemical equipment (pump sleeves), mechanical seals, and electrical insulators.

Al2O3 13TiO2 Powder Specifications:

Al2O3 13TiO2 Powder Applications:

1. Textile components: In textile machinery, this coating can be used to improve the wear resistance and durability of components, ensuring the stability and long-term operation of the production line.

2. Petrochemical applications: For example, coatings are used on equipment such as pump bushings to enhance their wear resistance and chemical stability, ensuring reliable operation of the equipment under harsh conditions.

3. Mechanical seals: This coating can be used on mechanical seals to improve their wear resistance and sealing performance, thus extending the service life of the equipment.

4. Electrical insulating materials: Due to their chemical stability and wear resistance, this coating is suitable for electrical insulating materials, for example for applications such as insulators.

Al2O3 13TiO2 Powder Packing:

Our Al2O3 13TiO2 Powder is carefully handled during storage and transportation to preserve the quality of our product in its original condition.

Al2O3 13TiO2 Powder FAQ:

Q1: How is the powder prepared?

A1: The powder is usually prepared by synthetic methods such as sol-gel or chemical precipitation. These methods ensure a homogeneous dispersion of the powder and the desired chemical composition.

Q2: What applications are the powders suitable for?

A2: This powder is suitable for the preparation of wear and corrosion-resistant coatings, ceramic products, optical materials, medical devices, and electronic materials, among many other areas.

Q3: What is the wear and corrosion resistance of this powder?

A3: Alumina 13% titania powder offers excellent abrasion and corrosion resistance, making it highly sought after for applications requiring high-performance materials.

Q4: How is the powder processed and handled?

A4: The powder can be processed and treated in a variety of ways, such as pressing, molding, and sintering. The exact processing method depends on the shape and performance requirements of the final product.