Germanium Evaporation Materials

Germanium is a silvery‐white metalloid. It is brittle. Elemental or metallic forms of Germanium include pellets, rods, wires and granules used for evaporation material processes.

Germanium Evaporation Materials Applications

Utilised in deposition processes such as semiconductor deposition, chemical vapour deposition (CVD) and physical vapour deposition (PVD)
Applied in optics, including wear‐resistant coatings, decorative coatings and displays.

Stanford Advanced Materials (SAM) supplies Germanium evaporation materials. These include Germanium Sulphide (GeS) evaporation material, Germanium Selenide (GeSe2) evaporation material, Germanium Nitride (Ge3N4) evaporation material, Copper‐Germanium (Cu/Ge) evaporation material and Germanium Telluride (GeTe) evaporation material.

Main Features of Germanium Evaporation Materials:

Purity Control: Measured purity levels meet industry criteria, thereby ensuring that deposited thin films maintain their structural integrity and performance across various applications.

Uniformity: The materials produce uniform and consistent thin films. Uniform coatings are required to achieve the desired performance in thin-film technology.

Compatibility: The materials are designed for compatibility with several deposition methods, including thermal evaporation, electron beam evaporation and sputtering.

Why Select Our Germanium Evaporation Materials?

Controlled Coating Deposition: The materials facilitate the deposition of thin films with controlled properties and performance.

Purity Verification: Deposition processes are monitored to ensure that purity levels comply with technical standards.

Application Versatility: The materials support multiple thin-film applications in different industries and research areas.

Contribution to Research Progress: Use of these materials supports experimental studies aimed at extending current technical specifications.

Technical Expertise: Benefit from documented technical expertise and a commitment to quality in thin-film technology.