Product | Purity | Rod Diameter | Metal Wire Diameter | Particle Size | Metal Powder Size |
La | 2N5-4N | 8-20mm | 2-6mm | Diameter: 2-6 millimeters, Length: >= 3mm | Passes through a 100-200 mesh sieve |
Ce | 2N5-3N | 8-20mm | 2-6mm | Diameter: 2-6 millimeters, Length: >= 3mm | Passes through a 100-200 mesh sieve |
LaCe | La35±3 Ce65±3 | 8-20mm | 2-6mm | Diameter: 2-6 millimeters, Length: >= 3mm | Passes through a 100-200 mesh sieve |
Pr | 2N5-3N | 8-20mm | 2-6mm | Diameter: 2-6 millimeters, Length: >= 3mm | Passes through a 100-200 mesh sieve |
Nd | 2N5-3N | 8-20mm | 2-6mm | Diameter: 2-6 millimeters, Length: >= 3mm | Passes through a 100-200 mesh sieve |
Sm | 3N5 | 8-20mm | 2-6mm | Diameter: 2-6 millimeters, Length: >= 3mm | Passes through a 100-200 mesh sieve |
Eu | 4N | 8-20mm | 2-6mm | Diameter: 2-6 millimeters, Length: >= 3mm | Passes through a 100-200 mesh sieve |
Cd | 2N5-3N | 8-20mm | 2-6mm | Diameter: 2-6 millimeters, Length: >= 3mm | Passes through a 100-200 mesh sieve |
Tb | 4N | 8-20mm | 2-6mm | Diameter: 2-6 millimeters, Length: >= 3mm | Passes through a 100-200 mesh sieve |
Dy | 2N5-3N | 8-20mm | 2-6mm | Diameter: 2-6 millimeters, Length: >= 3mm | Passes through a 100-200 mesh sieve |
Ho | 2N5-3N | 8-20mm | 2-6mm | Diameter: 2-6 millimeters, Length: >= 3mm | Passes through a 100-200 mesh sieve |
Er | 2N5-3N | 8-20mm | 2-6mm | Diameter: 2-6 millimeters, Length: >= 3mm | Passes through a 100-200 mesh sieve |
Tm | 2N5-3N | 8-20mm | 2-6mm | Diameter: 2-6 millimeters, Length: >= 3mm | Passes through a 100-200 mesh sieve |
Yb | 4N | 8-20mm | 2-6mm | Diameter: 2-6 millimeters, Length: >= 3mm | Passes through a 100-200 mesh sieve |
Lu | 2N5-3N | 8-20mm | 2-6mm | Diameter: 2-6 millimeters, Length: >= 3mm | Passes through a 100-200 mesh sieve |
Y | 2N5-3N | 8-20mm | 2-6mm | Diameter: 2-6 millimeters, Length: >= 3mm | Passes through a 100-200 mesh sieve |
Sc | 4N-5N | 8-20mm | 2-6mm | Diameter: 2-6 millimeters, Length: >= 3mm | 1Passes through a 100-200 mesh sieve |
Rare Earth Metal Rods, Wires, and Particles:
Rare earth metals are the most widely used form of rare earth products. Due to the production process, conventional rare earth metals are typically manufactured in the form of cast metal ingots. This limits the range and effectiveness of their use. In order to better harness the potential of rare earth metals in various applications, our company has developed special forms of rare earth metal materials such as rods, wires, particles, and powders. We can provide customized products based on customers’ requirements to make rare earth metals functional in more scenarios and enhance customer experience.
Examples:
Rare Earth Metal Rod: Used in membrane casting process to introduce rare earth metals, also playing a role in refining grain, desulfurization and deoxidation in steel and alloys.
Rare Earth Metal Wire: Employed in the wire feeding process to introduce rare earth metals, contributing to grain refinement, desulfurization, and deoxidation in steel and alloys.
Rare Earth Metal Particles: Used in steel and alloys to refine grain, desulfurize, and deoxidize, enhancing various properties of steel and alloys.
Rare Earth Metal Powder: Applications include grain refinement, desulfurization, deoxidation, degassing, and purification of molten steel. Widely applied in areas such as multi-component alloys, intermediate alloys, and precision casting. Also extensively used in the 3D printing industry.
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