SiGeTe
SiGeTe Silicon Germanium Telluride Material for Advanced Energy and Thin Film Applications
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SiGeTe
Bismuth Telluride Selenide
SiGeTe
SiGeTe
Silicon Germanium Telluride (SiGeTe)
Product Description
SiGeTe is a multicomponent chalcogenide semiconductor material composed of silicon, germanium, and tellurium, widely used in phase change memory devices, infrared photonics, thin film deposition, and advanced semiconductor applications. These materials are valued for their tunable electrical properties, thermal stability, excellent infrared transmission, and compatibility with next-generation electronic and photonic technologies.
Product Specifications
Composition: Si, Ge, Te (various atomic ratios)
Purity: ≥ 99.99%
Density: ≥ 90% theoretical density
Dimension: OD 50.8 mm – 450.0 mm
Tolerance diameter: ±0.1 mm
Thickness tolerance: ±0.1 mm
Surface Roughness: 32 RMS
SiGeTe Materials
High purity SiGeTe material is designed for semiconductor manufacturing, thin film deposition, and advanced optoelectronic applications. SiGeTe belongs to the family of chalcogenide semiconductor materials widely used in phase change memory, infrared optical systems, integrated photonics, and electronic devices.
These materials are engineered to provide excellent electrical performance, optical transparency, and thermal reliability. By carefully controlling composition and microstructure, SiGeTe materials can be optimized for both research and industrial applications.
This material is commonly used in advanced electronics, semiconductor research, infrared optical components, and thin film deposition processes.
Applications of SiGeTe Materials
SiGeTe materials are widely used in advanced semiconductor and photonic technologies.
Common applications include:
- Phase change memory (PCM)
- Infrared optical devices
- Silicon photonics
- Optoelectronic components
- Semiconductor and thin film research
- Thin film deposition and sputtering targets
- Optical sensing technologies
- Advanced materials research and development
The ability to control the composition of SiGeTe allows engineers and researchers to optimize electrical conductivity, optical transmission, thermal stability, and phase transition behavior for specialized applications.
SiGeTe Sputtering Targets for Thin Film Deposition
SiGeTe sputtering targets are used in physical vapor deposition (PVD) processes to produce high quality chalcogenide thin films with excellent compositional uniformity and electrical performance. These targets enable precise control of material composition during deposition, making them ideal for research laboratories, semiconductor manufacturing environments, and advanced materials development.
Thin films produced using SiGeTe sputtering targets are commonly applied in phase change memory devices, infrared optical systems, silicon photonics, optoelectronic components, and next-generation semiconductor technologies.
Notice:
Pioneer Materials can manufacture custom SiGeTe sputtering targets and compound materials according to specific customer requirements, including tailored composition, density, dimensions, backing plate bonding, and custom geometries.
Request a Quote for SiGeTe Materials
Contact Pioneer Materials to learn more about our high purity SiGeTe materials and custom sputtering targets. Our team can provide customized compositions, dimensions, bonding options, and manufacturing solutions designed to meet your semiconductor, photonics, phase change memory, and advanced thin film deposition requirements.
Request a Quote
Please fill out the form with your specific requirements, and our dedicated team will promptly review your request and provide you with a comprehensive quotation tailored to your needs. We are committed to delivering the highest quality materials and exceptional service to meet your unique demands.
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