VD0732 Thulium oxide (Tm2O3) evaporation materials

Thulium Oxide Evaporation Materials Description

Thulium oxide (Tm₂O₃) evaporation materials are essential components in thin film deposition processes. They consist of thulium and oxygen and exhibit high thermal stability, a melting point of approximately 2 451°C, and chemical inertness, thereby qualifying for high-temperature operations. Tm₂O₃ films are produced with tailored optical, electrical and magnetic properties. These films are used in optical coatings, semiconductor devices and magnetic storage media. Quantitative data have informed their use in electronics, optics and materials research.

Specifications for Thulium Oxide Evaporation Materials

Applications of Thulium Oxide Evaporation Materials

• Optical Coatings: Thulium oxide thin films are used in optical coatings, particularly in the infrared region; they provide consistent optical transmittance within specified wavelengths.

• Semiconductor Manufacturing: Thulium oxide is employed in semiconductor manufacturing for devices and integrated circuits. This use is based on measured performance criteria.

• Laser Crystals: Thulium-doped laser crystals are utilised in solid-state lasers in the mid-infrared range. These lasers are applied in medical and scientific research.

• Phosphors: Thulium oxide serves as a phosphor in the production of cathode-ray tubes (CRTs) and fluorescent lamps.

• Research and Development: Research institutions and laboratories use thulium oxide evaporation materials for experimental thin film depositions and materials investigations.

Customised Thulium Oxide Evaporation Materials

We offer customisation options for thulium oxide (Tm₂O₃) evaporation materials. Customers may specify the form, particle size and purity to meet the requirements of their thin film deposition processes.

Packaging of Thulium Oxide Evaporation Materials

Our thulium oxide evaporation materials are securely packaged to maintain quality and integrity during storage and transport. Measures are taken to avoid damage during handling and delivery.