Principle analysis

Smelting silicon manganese alloy in electric furnace is the same as smelting carbon ferromanganese. The Fe and P in the furnace charge are first reduced, the high valence oxide of Mn is decomposed in the upper layer or reduced to low valence oxide MnO by CO, and the low valence oxide MnO reacts with C to form carbide.
As the furnace charge sinks into the high temperature zone, the reaction of C reducing SiO2 begins to occur. The reduced Si reacts with the generated MnCx to form a silicon manganese alloy, which promotes the reduction of Si. The more Si is generated, the more the carbide is destroyed, and the lower the carbon content of the alloy. When the silicon content of the alloy is lower than 23.5% (such as silicomanganese 10, silicomanganese 14, silicomanganese 17 and silicomanganese 20), silicon destroys the reaction of carbide. If the silicon content is high.

Product parameters

Packaging form

Packed in 25kg bags or 1000kg ton bags.
The packaging method can also meet your personal customization according to your needs.