| ZIRCAR Molybdenum Disilicide Heating Element Type MOSI2 is an electric element principally containing molybdenum disilicide for use in industrial and laboratory furnaces. Elements fabricated of this unique material support high power densities on their surface (e.g. 20 W/cm² of element surface area at an element temperature of 1700°C, 14 W/cm² at 1800°C and 5 W/cm² at 1900°C), can be cycled rapidly, and provide up to 10KVA / sq. ft. power density in rapid cycle and continuous furnace applications. 3 grades are available with maximum element temperatures of 1700°C, 1800°C and 1900°C in air. Made of molybdenum disilicide based cermets MOSI2 heating elements withstand oxidation at very high temperatures. Their surface is protected by of a thin layer of silica glass that forms when they are exposed to oxygen at elevated temperatures. Although the base cermet is consumed in the formation of the silica "skin" the rate of decomposition is minimal. They provide long performance at elevated temperatures while delivering high power. Typical Applications: - Heating source in furnaces and industrial process equipment operating to 1800ºC (3272ºF).
- Elements in production, laboratory and research furnaces for annealing, heat treating, forging, ceramic and metal sintering, glass and metal melting, holding & refining, testing and gem enhancement.
Information provided by Zircar Ceramics. |
