new material
Nano yttrium oxide provides optimized thermal stability, superior mechanical reinforcement, and enhanced optical properties. Designed for advanced ceramic, electronic, and phosphor applications, it ensures efficient integration, extended durability, and high adaptability.
Product Overview
Nano yttrium oxide is a high-purity nanomaterial with outstanding high-temperature resistance, oxidation resistance, mechanical strength, and electrical conductivity. It finds exceptional application across multiple high-performance fields, particularly in steel alloys and fuel cells.
Key Features
- High Purity:With an exceptionally high purity, it is suitable for demanding high-end applications.
- Wide Particle Size Range:Available in various particle sizes to meet specific application needs.
- Excellent Oxidation Resistance and Mechanical Strength:Improves material stability and extends service life.
- High-Temperature Performance:Ideal for extreme high-temperature environments.
Applications
- Steel and Nonferrous Alloy Additives:Enhances oxidation resistance, ductility, and improves conductivity, thermal conductivity, and mechanical strength in alloys.
- Fluorescent Materials:Used in manufacturing various fluorescent materials, widely applied in display technologies.
- High-Temperature Proton-Conducting Materials:Used in fuel cells, electrolyzers, and gas-sensitive components requiring high hydrogen solubility.
- Engine Components:Applied in engine parts to enhance high-temperature and wear resistance.
- High-Temperature Coating Materials:Used in high-temperature spray coatings and nuclear reactor fuel diluents.
- Multilayer Ceramic Capacitors:Serves as a high-performance ceramic material in the electronics industry.
| Model | Y2O3/REO Purity | Particle Size |
| Y430 | ≥99.995% | 30-70 nm |
| Y403 | ≥99.995% | 300-600 nm |
| Y406 | ≥99.995% | 0.6-1.0 µm |
| Y410 | ≥99.995% | 1.0-2.0 µm |
| Y4200 | ≥99.995% | 20-60 µm |
