Yttrium

Primary Applications

Phosphors, ceramics, lasers, superalloys, yttria-stabilized zirconia

Mining Significance

Yttrium is generally recovered with rare earth elements from minerals such as xenotime, monazite, and certain ion-adsorption or alkaline deposits. Although chemically similar to the heavy rare earth elements, yttrium is not a lanthanide. Its recovery requires mineral concentration followed by complex hydrometallurgical separation, typically involving leaching and solvent extraction or ion exchange.

Industries

None listed
39
Y
Yttrium
88.91

Key Properties

  • Silvery metal chemically similar to the heavy rare earth elements.
  • Yttrium oxide is thermally stable and important in advanced ceramics.
  • Yttria stabilizes zirconia, improving toughness and ionic conductivity.
  • Useful host or dopant in laser and phosphor materials.
  • Occurs dispersed with rare earth minerals rather than as native metal.