Product Overview
Samarium powder is a high-purity metallic powder made from the rare earth element samarium, characterized by a silvery metallic luster. As a typical representative of the lanthanide series, samarium exhibits excellent chemical and physical properties, predominantly existing in the +3 oxidation state. Freshly prepared samarium powder is prone to oxidation in air and must be stored in an inert gas environment. Its stable structure and broad chemical reactivity make it valuable in various applications.
Product Features
- High-Strength Alloy Additive:Enhances the strength and performance of other metals, such as chromium, aluminum, and magnesium alloys.
- Outstanding Magnetic Properties:Samarium-cobalt magnets are known for their superior performance, suitable for high-performance magnetic devices.
- Excellent Chemical Stability:Serves as a catalyst and chemical reagent, exhibiting remarkable activity in chemical reactions.
- Enhanced Optical Properties:When added to ceramics and glass, it improves infrared absorption properties.
Applications
- Special Alloy Manufacturing:Plays a critical role in aerospace and high-strength alloy applications.
- Magnetic Materials:Utilized in producing samarium-cobalt magnets, widely applied in electronics, automotive, and wind power generation devices.
- Catalysts and Chemical Reagents:Suitable for catalytic reactions in various industrial and research fields.
- Optical Materials:Used in ceramics and glass to enhance infrared absorption, ideal for infrared windows and optical devices.
- Versatile Processing:Can be further processed into ingots, components, wires, foils, plates, rods, and powders to meet diverse application needs.
Element | Test Result(ppm) | Element | Test Result(ppm) |
La | 10 | Ca | 12 |
Ce | 12 | Mg | 3 |
Pr | 8 | Al | 60 |
Nd | 6 | Ni | 20 |
Eu | 5 | Cu | 50 |
Gd | 2 | Ta | 2 |
Tb | 3 | Nb | 1 |
Dy | 15 | W | 2 |
Ho | 1 | Mo | 10 |
Er | 2 | Ti | 1 |
Tm | 10 | Cl | 80 |
Yb | 1 | C | 40 |
Lu | 1 | N | 30 |
Y | 15 | H | 20 |
Fe | 90 | O | 330 |
Si | 65 | ||
TREM | 99.90% |