VD0869 Zinntellurid (SnTe)-Vapour Deposition Materials

Overview of Wolfram-Ditelluride Evaporation Materials

Discover the potential of Wolfram-Ditelluride evaporation materials from Stanford Advanced Materials. Our evaporation material, with the chemical formula WTe2, serves as an important component in various deposition processes and contributes to the accurate formation of layers. At Stanford Advanced Materials (SAM), we manufacture highly pure Wolfram-Ditelluride evaporation materials with a purity level of up to 99.9995%, produced under strict quality assurance procedures to ensure consistent performance.

Wolfram-Ditelluride Evaporation Materials Specification

Wolfram-Ditelluride Evaporation Materials Applications

Wolfram-Ditelluride evaporation materials are utilised in a range of deposition processes, including semiconductor deposition, chemical vapour deposition (CVD) and physical vapour deposition (PVD). They are also applied in the optics sector for providing wear protection and decorative coatings, and in the display industry where they contribute to the functionality of screening devices.

Wolfram-Ditelluride Evaporation Materials Packaging

Our Wolfram-Ditelluride evaporation pellets are securely packaged in a plastic vacuum bag to protect the material during storage and transport. Each package is accompanied by an analysis certificate (COA) that details the raw material properties and confirms adherence to quality assurance standards.

Contact Stanford Advanced Materials

At Stanford Advanced Materials (SAM) we produce high-purity Wolfram-Ditelluride evaporation materials for the semiconductor industry, chemical vapour deposition (CVD), physical vapour deposition (PVD), the display sector and the optical industry. Our engineering, manufacturing and analysis teams work together to supply evaporation materials that meet defined specifications. For queries or orders, please contact us.