Europium oxide (Eu₂O₃) is a high-purity rare-earth compound known for its excellent phosphorescent, magnetic, and electronic properties. It is widely used in phosphors for display technologies, fluorescence applications, advanced ceramics, and specialized electronic components. Due to its unique spectral characteristics and thermal stability, europium oxide plays a crucial role in precision optics, laser technologies, and high-performance material research.
Product Overview
Europium oxide (Eu₂O₃) is a compound of europium and oxygen, with broad applications, particularly in optics, phosphor materials, and ceramics. It is a highly insoluble and thermally stable europium source, suitable for various industrial and research uses. Europium oxide powder is commonly used to manufacture phosphors, especially red or blue phosphors, with important applications in anti-counterfeiting and display technologies.
Product Features
- Fluorescent Properties:Exhibits excellent fluorescent characteristics, widely used in TVs, fluorescent lamps, and other display devices.
- High Stability:Offers good thermal stability, remaining stable under high-temperature conditions, making it suitable for various industrial environments.
- Excellent Chemical Properties:Reacts with acids to form corresponding europium(III) salts, showing high-efficiency chemical reaction performance.
Applications
- Phosphors:Used in the production of red or blue phosphors for televisions, displays, and fluorescent lamps.
- TV and Lighting Technology:Serves as an activator for red phosphors in color TVs and fluorescent lamps, enhancing brightness and color performance.
- Anti-Counterfeit Materials:Used as a fluorescent powder in Euro banknotes and other anti-counterfeiting applications, with unique optical characteristics.
- Optical and Ceramic Applications:Widely used in the production of high-performance optical devices and ceramic materials.
Eu2O3/REO >99.99% | |||
RE Impurities PPM(MAX) | Non-RE Impurities PPM(MAX) | ||
La2O3/REO | 3 | Fe2O3 | 2 |
CeO2/REO | 5 | SiO2 | 18 |
Pr6O11/REO | 5 | CaO | 9 |
Nd2O3/REO | 3 | Cl- | 90 |
Sm2O3/REO | 4 | ||
Gd2O3/REO | 5 | ||
Tb4O7/REO | 5 | L.O.I | 0.72 |
Dy2O3/REO | 3 | TREO | 99 |
Ho2O3/REO | 2 | ||
Er2O3/REO | 4 | ||
Tm2O3/REO | 5 | ||
Yb2O3/REO | 2 | ||
Lu2O3/REO | 3 | ||
Y2O3/REO | 5 |