Yttrium Oxide

Yttrium Oxide

Yttrium Oxide (Y₂O₃) is a white, crystalline compound produced in high purity, commonly used in optical devices, lasers, energy systems, and ceramics. Its high thermal stability and electrical conductivity make it essential for various technological and industrial applications.

Description

Product Features:

  • Chemical Formula: Y₂O₃

  • CAS No: 1314-36-9

  • EC No: 215-233-5

  • Yttrium oxide is a white, crystalline compound widely used in optical devices, lasers, energy systems, and ceramics.

  • It can be produced in high purity and is preferred for its high-temperature resistance and electrical conductivity in various industrial applications.

  • Yttrium oxide is also a vital component in nuclear energy applications due to its neutron-absorbing properties.

Applications:

  • Optical Devices: Yttrium oxide is used in lasers, phosphor screens, and other optical devices for technological applications.

  • Energy Systems: It is utilized in renewable energy systems, particularly in solar panels and energy storage systems.

  • Ceramics: Preferred in ceramics that require high-temperature resistance and strength.

  • Nuclear Energy: Used in nuclear reactors, it is critical as a neutron absorber.

Why It Is Used:

  • Its high-temperature resistance and electrical conductivity make it a crucial component in laser technologies, optical devices, and energy systems.

  • As one of the rare earth elements, it plays a key role in the production of high-performance materials.

  • It enhances the efficiency of phosphor screens and lasers, contributing to the development of more efficient devices.

  • In nuclear energy, it is used as a neutron moderator and absorber, making it essential for reactor applications.

ProductMain applications
Yttrium OxideCeramics; Catalysts; Phosphor; Crystal; Jewelry; Optical lasers
Yttrium MetalSpecialty Alloys
Yttrium CarbonateCeramics; Glass; Phosphor
Yttrium ChlorideCeramics; Catalysts; Phosphor
Yttrium NitrateCeramics; Catalysts; Phosphor
Yttrium FluorideRaw material of Yttrium metal; Glass; Fiber optics

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