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Scandium (Sc Metal)
Scandium metal is a silvery-white transition metal with atomic number 21 and symbol Sc. It's relatively rare in the Earth's crust, typically found in trace amounts in various minerals such as wolframite, thortveitite, and euxenite. The primary source of commercial scandium is as a byproduct of uranium extraction from ores like uranium-vanadium.
Scandium's most notable property is its lightness. It's one of the lightest metals, with a density comparable to aluminum. This property, combined with its high melting point and resistance to corrosion, makes scandium valuable in various industries.
One of the most significant applications of scandium metal is in the production of aluminum-scandium alloys. These alloys are exceptionally strong, lightweight, and have excellent heat resistance. They find applications in aerospace components, sports equipment, and high-performance vehicles, where weight reduction is crucial without sacrificing strength.
Scandium is also used in the electronics industry. Scandium iodide, for example, is employed in high-intensity lamps and lasers, particularly in applications requiring high color rendering index, such as film and television production.
While scandium metal has promising properties and applications, its limited availability and relatively high cost have hindered its widespread use. However, ongoing research and development efforts are focused on improving extraction methods and finding more cost-effective ways to utilize this valuable metal.
SPECIFICTION
Scandium Metal 3N-4N
Result | |
Sc/Re | 99.9-99.99% min |
La | 21.2 μg/g |
Ce | 13.0 μg/g |
Pr | 3.0 μg/g |
Nd | 1.5 μg/g |
Sm | 0.51 μg/g |
Eu | 0.47 μg/g |
Gd | 0.7 μg/g |
Tb | 1.68 μg/g |
Dy | 0.80 μg/g |
Ho | 0.58 μg/g |
Er | 0.77 μg/g |
Tm | 0.55 μg/g |
Yb | 13.9 μg/g |
Lu | 11.1 μg/g |
Y | 0.25 μg/g |
Fe | 310.0 μg/g |
Al | 100.5 μg/g |
Cu | 79.2 μg/g |
Si | 55.0 μg/g |
Ni | 47.0 μg/g |
Ta | 63.0 μg/g |
Ca | 121.0 μg/g |
W | 6.1 μg/g |
Mg | 6.5 μg/g |
Cr | 0.8 μg/g |
Zr | 8.95 μg/g |
Ti | 6.9 μg/g |