Aluminum Degassing Furnace Side Wall Rotary Flux Injector

Aluminum Holding Furnace
October 22, 2025
Category Connection: Aluminum Holding Furnace
Brief: Discover the Aluminum Degassing Furnace Side Wall Rotary Flux Injector, designed to minimize thermal loss and enhance degassing efficiency. This innovative equipment works through a small operation hole on the furnace wall, ensuring proper sealing and protection of molten aluminum from oxidation. Perfect for high-end aluminum castings, it reduces hydrogen content and impurities effectively.
Related Product Features:
  • Reduces thermal loss during degassing and fluxing processes by working through a small operation hole on the furnace wall.
  • Ensures proper sealing to protect molten aluminum from oxidizing with refining gases like nitrogen or argon.
  • Features a motor-driven graphite rotor that breaks inert gas into small bubbles for efficient hydrogen removal.
  • Constructed with 304 stainless steel flux feeding mechanism for corrosion resistance and adjustable powder addition.
  • Equipped with a block-clip connected graphite shaft for good coaxiality and easy disassembly.
  • Designed for long-term operation in high-temperature environments up to 200°C.
  • Uses reliable components from international brands like Siemens and Schneider for durability.
  • Reduces labor intensity and improves safety by minimizing the use of harmful chemicals like chlorine or fluoride.
Faqs:
  • How does the Aluminum Degassing Furnace Side Wall Rotary Flux Injector work?
    The motor drives a graphite rotor immersed in molten aluminum, introducing high-purity nitrogen or argon. The rotor breaks the gas into small bubbles, which disperse evenly to remove hydrogen and impurities.
  • What are the benefits of using this flux injector?
    It reduces thermal loss, minimizes oxidation, lowers hydrogen content, and decreases labor intensity while improving safety and refining efficiency.
  • Can this equipment serve multiple furnaces?
    Yes, it can be installed between two holding furnaces, allowing one device to serve both, saving space and optimizing degassing processes.