L Type MoSi2 Heating Elements For Industrial Furnaces

L Type MoSi2 Heating Elements For Industrial Furnaces

  As a key component in the field of industrial high-temperature heating, L-shaped silicon-molybdenum rods have excellent performance and unique advantages. It is based on high-purity silicon, molybdenum and other raw materials, and is sintered by precise technology. In terms of structure, the L-shaped shape is cleverly adapted to the furnace space layout of various electric furnaces. Whether it is a box furnace or a tunnel furnace, it can be flexibly installed to effectively utilize the heating area.
  High temperature resistance is its core highlight. It can operate stably in an extreme high temperature environment above 1700℃. Facing high temperature requirements such as ceramic firing and metallurgical smelting, it always maintains an excellent heating state. The heating uniformity is even more unique, which can make the temperature field in the furnace highly consistent, provide a uniform and stable heating environment for the product, and greatly improve the quality of the finished product.
  Excellent antioxidant performance. In a high-temperature oxidizing atmosphere, the dense oxide film formed on the surface can effectively prevent further oxidation, greatly extend the service life, and reduce the cost and downtime loss caused by frequent replacement. The resistance characteristics are stable and the electric energy conversion efficiency is high. In long-term use, the resistance changes very little, ensuring the stability of the heating power, helping enterprises to reduce energy consumption, and conforming to the concept of green production. With these characteristics, L-type silicon molybdenum rods have become a reliable heat source core in many high-temperature industrial productions, laying a solid foundation for efficient and stable production.