new material
Iron disilicide (FeSi₂) is a high-purity intermetallic compound known for its excellent thermoelectric properties, electrical conductivity, and corrosion resistance. It is widely used in semiconductor technology, thermoelectric applications, aerospace coatings, and advanced electronic components. With superior thermal efficiency and stability, iron disilicide plays a crucial role in energy conversion systems, scientific research, and specialized material development.
Product Overview:
Iron disilicide (FeSi₂) is an inorganic silicide compound that appears as a gray powder with a tetragonal crystal structure. It is odorless and widely used in catalytic reactions and electronic devices. Its excellent chemical stability and catalytic properties make it a key material in various industrial processes.
Product Features:
- Inorganic Silicide:Exhibits excellent chemical stability and high-temperature resistance.
- Catalytic Activity:Used in oxidation and methane reforming reactions.
- Strong Adaptability:Effective in a wide range of industrial applications, particularly in high-temperature environments.
Applications:
- Catalysts:Widely used in hydrogen catalytic oxidation and methane reforming reactions.
- Welding Flux:Serves as a deoxidizer in welding processes.
- Humidity Sensors:Used in the manufacture of humidity sensors.
- Thermocouples and Solar Cells:Applied in FeSi₂ thermocouples and thermoelectric solar cells, offering important thermoelectric properties.
