Germanium is a silvery-white semi-metal. It is brittle and used in infrared technology, fiber optic cables, and solar cells. Germanium's unique characteristics include its transparency to near infrared electromagnetic radiation, the metalloid is also intrinsically semiconductive.
Germanium is a silvery-white semi-metal. It is brittle and used in infrared technology, fiber optic cables, and solar cells.
Germanium's unique characteristics include its transparency to near-infrared electromagnetic radiation, the metalloid is also intrinsically semiconductive.
Germanium is a semiconductor. The pure element was commonly doped with arsenic, gallium, or other elements and used as a transistor in thousands of electronic applications. Today, however, other semiconductors have replaced it.
Germanium is also used as an alloying agent (adding 1% germanium to silver stops it from tarnishing), in fluorescent lamps and as a catalyst.
Stanford Advanced Materials (SAM) provides Germanium Powder (Ge Powder) and Germanium Metal (Ge Metal).
Key Properties of Germanium:
Semi-Conductor Excellence: Germanium is known for its semiconductor properties, making it an essential material in electronic devices and semiconductor manufacturing.
Optical Brilliance: Germanium exhibits exceptional optical properties, including transparency in the infrared range, rendering it valuable for infrared optics and thermal imaging.
Thermoelectric Performance: Germanium-based thermoelectric materials enable efficient conversion of heat into electricity, offering potential applications in energy harvesting and waste heat recovery.
Applications of Germanium:
Electronics and Semiconductors: Germanium's semiconducting properties contribute to the production of transistors, diodes, and other electronic components, fueling technological advancements.
Infrared Optics: Germanium lenses and windows are vital components in infrared optical systems used in thermal imaging, night vision, and remote sensing.
Thermoelectric Devices: Germanium-based thermoelectric materials are employed in power generation from waste heat, enhancing energy efficiency in various applications.
Fiber Optics: Germanium-based optical fibers enable the transmission of infrared light for telecommunications, sensing, and medical applications.
Why Choose Germanium:
Technological Enabler: Germanium's role in electronics and optics drives innovation in various industries.
Unique Properties: Leverage Germanium's distinctive properties for specialized applications in semiconductors and optics.
Energy Efficiency: Germanium's thermoelectric capabilities contribute to sustainable energy solutions.
Versatility: Germanium spans applications from electronics to telecommunications, showcasing its versatility.
Expertise: Benefit from our commitment to quality and innovation in showcasing Germanium's potential.
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