| Catalogue Code | IN-03 |
| CAS No. | 1306-38-3 |
| Chemical Formula | X%Al2O3/Y%TiO2/Z%CeO2 |
| Compound Name | Aluminum Oxide/ Titanium Oxide/ Cerium Oxide |
| Particle size d50 (μm) | 40-60µm |
| Purity (%) | >99.8% |
Introduction
Aluminum Oxide/Titanium Oxide/Cerium Oxide (X%Al₂O₃/Y%TiO₂/Z%CeO₂) is a composite designed as a spray-grade material, offering a combination of properties from three key oxides. The aluminum oxide blend provides abrasion resistance, titanium oxide offers high-temperature stability, and cerium oxide enhances surface durability and catalytic performance. This makes the composite ideal for use as a spray-grade material in thermal barrier coatings, protective coatings, and catalyst supports in the aerospace, automotive, and energy industries. When sprayed onto metal surfaces, the material forms a durable layer that improves mechanical strength, thermal resistance, and chemical stability under extreme conditions. The customizable proportions of each oxide ensure that the spray-grade material meets the specific needs of high-performance applications, such as gas turbines, engine components, and industrial machinery.
Properties of Aluminum Oxide/Titanium Oxide/Cerium Oxide (X%Al₂O₃/Y%TiO₂/Z%CeO₂)
The properties of Aluminum Oxide/Titanium Oxide/Cerium Oxide (X%Al₂O₃/Y%TiO₂/Z%CeO₂) vary with values of x,y, and z. The table below presents the properties of the individual compounds in the composite:
| Property | Aluminum Oxide | Titanium Oxide | Cerium Oxide |
| Appearance | Powder | Powder | Powder |
| Density | 3.987 g/cm3 | 4.23 g/cm3 (rutile)3.78 g/cm3 (anatase) | 7.215 g/cm3 |
| Molar mass | 101.960 g·mol−1 | 79.866 g/mol−1 | 172.115 g/mol−1 |
| Melting Point | 2,072 °C | 1,843 °C | 2,400 °C |
Applications
- The composite is utilized in thermal barrier coatings, which help protect components in the aerospace and automotive industries exposed to high temperatures, such as turbine blades and engine parts.
- The composite is a protective coating on metal surfaces in industrial machinery, heavy equipment, and construction tools. It enhances abrasion resistance and corrosion protection.
- The material’s cerium oxide constituent provides catalytic properties, making it a catalyst support used in the catalytic converter in an automobile and the industrial exhaust system for pollution control.
- It acts as a coating material to prevent corrosion in hostile environments, such as marine equipment, offshore rigs, and pipeline systems.
- The composite can improve energy storage performance in batteries and supercapacitors by acting as a protective or conductive layer that ensures electrochemical stability.
- Its high melting point and thermal stability enable it to be used in furnaces, kilns, and incinerators, offering insulation and resistance to wear and tear.
- It finds applications in wear-resistant coatings for cutting tools, grinding wheels, and other machinery operated under mechanical stress.
- Optical coatings applied to lenses and mirrors provide additional UV protection and improve the surface’s transparency. Thus, they are helpful in photovoltaic panels and optical instruments.
FAQs
Answere: This composite material is used in various industries, including aerospace, automotive, energy, marine, and oil & gas, due to its versatility in high-performance coatings, such as thermal barrier coatings, catalyst supports, and wear-resistant layers.
Answere: It serves as a spray material for uniform coating on metal surfaces. This composite material improves thermal insulation, abrasion resistance, corrosion protection, and catalytic properties, making it ideal for use in severe environments and high-performance applications.
Answere: This material is ideal for components exposed to extreme conditions, such as turbine blades, engine parts, industrial machinery, cutting tools, and gas turbine components. It also benefits offshore rigs, subsea equipment, and energy storage devices.
Answere: Aluminum, titanium, and cerium oxides have high boiling and melting points, making them suitable for refractory material and catalysis at high temperatures.
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