AL5699 Alumina Titanium Dioxide Silica Iron Oxide Composite Powder (Al2O3 2.5TiO2 2SiO2 1Fe2O3 Powder)

Al2O3 2.5TiO2 2SiO2 1Fe2O3 Powder Description:

Aluminium oxide 3% - Titanium oxide powder was developed to enhance the toughness of aluminium oxide materials, known for their resistance to abrasion and erosion, by adding a small amount (2 to 4%) of titanium oxide. This powder produces dense, smooth coatings suitable for applications requiring both wear resistance and toughness.

Coatings made from Al2O3 2.5TiO2 2SiO2 1Fe2O3 Powder exhibit commendable resistance to abrasive wear, sliding wear, friction, and oxidation at temperatures up to approximately 1 100°C (2 040°F). These coatings outperform those made from high-purity aluminium oxide (white) regarding toughness and are versatile enough for use in various environments, including most acidic and alkaline conditions.

Al2O3 2.5TiO2 2SiO2 1Fe2O3 Powder Specifications:

Al2O3 2.5TiO2 2SiO2 1Fe2O3 Powder Applications:

1. Mechanical Seals: These are used in the manufacture of components for pumps, valves, and seals that must be wear and friction resistant.

2. Cutting Tools and Abrasives: These materials can be used in the production of cutting tools and abrasives, such as grinding wheels and sandpaper, to manage the high wear of the tools.

3. Thermal Spray Coatings: This powder can be used as thermal spray material to coat the surface of workpieces, enhancing their wear and corrosion resistance.

4. Ceramic Industry: These materials can be employed in the production of refractory ceramics, such as furnace linings and bricks, to withstand wear and corrosion in high-temperature environments.

5. Surface Treatment: They are used to coat metal surfaces to enhance their wear and corrosion resistance, for instance, in the surface coating of automotive parts.

Al2O3 2.5TiO2 2SiO2 1Fe2O3 Powder Packaging:

Our Al2O3 2.5TiO2 2SiO2 1Fe2O3 Powder is carefully handled during storage and transport to maintain the quality of our product in its original state.

Al2O3 2.5TiO2 2SiO2 1Fe2O3 Powder FAQ:

Q1: How is the powder manufactured?

A1: The powder is typically produced through synthetic methods such as sol-gel or chemical precipitation. These processes ensure a homogeneous dispersion of the powder and the desired chemical composition.

Q2: For which applications is the powder suitable?

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

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

A3: Aluminium oxide-titanium dioxide powder with a 40% content provides 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 handled in various ways, including pressing, moulding, and sintering. The specific processing method depends on the shape and performance requirements of the final product.