Rare-earth element 21

Scandium

Small additions can help make aluminium alloys lighter, stronger and easier to weld.

Scandium · separate reporting context

Why it is used

The properties behind scandium applications.

01

Strengthening of selected aluminium alloys

02

High-temperature ionic conductivity in specialised ceramics

Scandium is part of the 17-element rare-earth family and is treated separately in historical Minas Americas assay-table context.

Typical applications

Where scandium is commonly used.

01

Aluminium-scandium aerospace alloys

02

Solid-oxide fuel cells

03

Specialised lighting and materials research

Applications refer to suitable rare-earth materials, compounds or produced isotopes—not raw mineral material. Product designs and formulations vary.

Route to use

A head assay is several steps from an industrial material.

  1. 01Mineral-bearing material

    Geology and assays establish occurrence and distribution.

  2. 02Recovery and separation

    Testwork must establish what can be mobilised, recovered and purified.

  3. 03Application-grade material

    Oxides, metals, alloys or compounds must meet a controlled specification.

  4. 04Component or system

    Manufacturers design the material into a qualified product.

Project reporting context

Treated separately in historical assay-table context.

Scandium · separate reporting context

Scandium belongs to the 17-element rare-earth family. Historical Minas Americas assay tables treated it separately from the reported TREO columns; that reporting boundary is not evidence that scandium is absent from geological material.

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Sources

Where the element and application information comes from.

Applications are representative rather than exhaustive. They describe industry uses of rare-earth materials, compounds or produced isotopes; they do not describe a product currently made by Magnes or establish that an element will be commercially recovered from Minas Americas.

Content review date · 2 August 2026