About Germanium and Germanium Compounds
Germanium is an important semiconductor, mainly used in transistors and integrated circuits. They are often made from germanium which is small amounts of arsenic, gallium, or other metals. Germanium forms many compounds. Germanium oxide is added to glass to increase the index of refraction; such glass is used in wide-angle lenses and in infrared devices. Numerous alloys containing germanium have been prepared. High-purity germanium single-crystal detectors can precisely identify radiation sources (e.g. for airport security).
Pure germanium is a hard, lustrous, gray-white, brittle metalloid. It has a diamondlike crystalline structure and it is similar in chemical and physical properties to silicon. Germanium is stable in air and water, and is unaffected by alkalis and acids, except nitric acid.
Germanium and Germanium Compounds categories:
Germanium Ingots and Wafers: Discover the cornerstone of modern electronics with Germanium Ingots and Wafers. These high-purity materials are used as substrates for advanced semiconductor devices, photodetectors, and infrared optics.
Germanium Oxides: Explore the capabilities of Germanium Oxides in optical coatings, glasses, and catalysts. These compounds play a vital role in enhancing transparency, refractive index control, and catalytic activity.
Germanium Tetrachloride: Dive into the world of Germanium Tetrachloride, essential in semiconductor production and chemical synthesis. It serves as a precursor in the production of high-purity Germanium for electronics applications.
Organogermanium Compounds: Uncover the advantages of Organogermanium compounds, used in a range of applications from pharmaceuticals to polymer synthesis. These compounds offer diverse functionalities, from stabilizers to ligands in catalysis.
Advantages of Germanium and Germanium Compounds:
Semiconductor Excellence: Germanium is a critical semiconductor material that enables high-speed electronic devices, photodetectors, and energy-efficient technologies.
Infrared Sensitivity: Germanium's exceptional infrared transparency and sensitivity make it invaluable in thermal imaging, night vision, and optical communications.
Optical Precision: Germanium compounds contribute to optical coatings and glasses, enhancing optical properties for various applications.
Customization: Choose from a variety of Germanium forms, including ingots, wafers, compounds, and precursors, to match your specific application needs.
Technical Expertise: Our team of experts is available to provide guidance on selecting the right Germanium product for your project and optimizing its utilization.
