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As China's urbanisation as well as industrialisation continues, the demand for iron and steel volumes will continue to increase, and so will the demand for MnSi alloys. 518.177 million tonnes of crude steel were produced in January-November 2009, a
As China's urbanisation as well as industrialisation continues, the demand for iron and steel volumes will continue to increase, and so will the demand for MnSi alloys. 518.177 million tonnes of crude steel were produced in January-November 2009, an increase of 12.1 per cent over the previous year, and 7.103 million tonnes of MnSi alloys were produced, an increase of 28.3 per cent over the previous year, making it the fastest-growing metallurgical sector. With the development of China's economy and the continuous development of the automobile, road, construction and real estate markets, the demand for iron and steel will continue to increase, and thus the demand for manganese-silicon alloys will also continue to increase. Thus, silicomanganese alloy has a good market prospect.
Silicon-manganese alloy technology
Silicon-manganese alloy is produced in a mineral heat furnace by reducing manganese ore (including manganese-rich slag) and silica in manganese oxide and silica at the same time by charcoal refining. The production of manganese-silicon alloy is carried out in the mineral heat furnace, using carbonaceous reductant, manganese ore, manganese-rich slag, sintered manganese ore, roasted manganese ore and silica as raw materials, and lime, dolomite, fluorite, etc. as melting agent in the electric furnace for continuous production.
Silico-manganese alloy production process
Silicon-manganese alloy processing production process mainly includes: crushing, grinding, beneficiation three processes. Crushing process, three closed circuit crushing is a modern suitable for high hardness silicomanganese alloy crushing, can complete the ore crushing and part of the dissociation work, so as to improve the efficiency of the subsequent grinding; grinding process, two a closed grinding is a high efficiency grinding process, can make the iron ore grinding more fully; beneficiation process, in recent years, the emergence of a more successful new process is representative of the main ones are: "stage grinding ﹑ weak magnetic separation - reverse flotation process", "full magnetic separation separation process", "ultra-fine crushing - wet magnetic separation tailing process "
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Jaw Crusher
Ball Mill
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As China's urbanisation as well as industrialisation continues, the demand for iron and steel volumes will continue to increase, and so will the demand for MnSi alloys. 518.177 million tonnes of crude steel were produced in January-November 2009, a
As China's urbanisation as well as industrialisation continues, the demand for iron and steel volumes will continue to increase, and so will the demand for MnSi alloys. 518.177 million tonnes of crude steel were produced in January-November 2009, an increase of 12.1 per cent over the previous year, and 7.103 million tonnes of MnSi alloys were produced, an increase of 28.3 per cent over the previous year, making it the fastest-growing metallurgical sector. With the development of China's economy and the continuous development of the automobile, road, construction and real estate markets, the demand for iron and steel will continue to increase, and thus the demand for manganese-silicon alloys will also continue to increase. Thus, silicomanganese alloy has a good market prospect.
Silicon-manganese alloy technology
Silicon-manganese alloy is produced in a mineral heat furnace by reducing manganese ore (including manganese-rich slag) and silica in manganese oxide and silica at the same time by charcoal refining. The production of manganese-silicon alloy is carried out in the mineral heat furnace, using carbonaceous reductant, manganese ore, manganese-rich slag, sintered manganese ore, roasted manganese ore and silica as raw materials, and lime, dolomite, fluorite, etc. as melting agent in the electric furnace for continuous production.
Silico-manganese alloy production process
Silicon-manganese alloy processing production process mainly includes: crushing, grinding, beneficiation three processes. Crushing process, three closed circuit crushing is a modern suitable for high hardness silicomanganese alloy crushing, can complete the ore crushing and part of the dissociation work, so as to improve the efficiency of the subsequent grinding; grinding process, two a closed grinding is a high efficiency grinding process, can make the iron ore grinding more fully; beneficiation process, in recent years, the emergence of a more successful new process is representative of the main ones are: "stage grinding ﹑ weak magnetic separation - reverse flotation process", "full magnetic separation separation process", "ultra-fine crushing - wet magnetic separation tailing process "
Related Equipment
Jaw Crusher
Ball Mill
Magnetic Separator
Previous: SMP Crusher
Next: SMP Crusher
