Brief: Discover the advanced Manganese Rich Slag Refining Furnace (New), designed for high-efficiency processing of manganese rich slag. This innovative furnace utilizes hot blast furnace technology and shaking ladle methods to produce high silicon silicon manganese products, with a daily capacity of 270-400 tons. Learn about its cutting-edge features and superior performance in this detailed overview.
Related Product Features:
Utilizes hot blast furnace manganese rich slag and shaking ladle technology for high silicon silicon manganese production.
Single 7000KVA furnace processes 270-400 tons of manganese rich slag per day, with output exceeding 400 tons/day.
Features a fixed furnace body and low smoke hood semi-closed furnace type for efficient operation.
Equipped with hydraulic drive cylinder lifting electrode and hydraulic clamping device for precision control.
Incorporates high-current water-cooled cable, water-cooled copper pipe, and copper-steel composite plate conductive crossarm for durability.
Includes a quench furnace power supply type and comprehensive water cooling system with pressure and temperature monitoring.
Automated electrode regulator with PLC+ proportional valve technology for optimal smelting conditions.
Process flow includes tempering furnace, 13.5m³ lifting type shaking bag, and 100 tons driving system for seamless operation.
Faqs:
What is the daily processing capacity of the Manganese Rich Slag Refining Furnace?
The furnace can process 270-400 tons of manganese rich slag per day, with output exceeding 400 tons/day under optimal conditions.
What technologies are used in this refining furnace?
The furnace employs hot blast furnace manganese rich slag and shaking ladle technology, along with hydraulic drive systems and automated electrode regulation for efficient production.
How does the water cooling system work in this furnace?
The water cooling system includes total inlet pressure and temperature monitoring, with each branch return water temperature and flow switch monitoring to ensure optimal cooling performance.