SiC Briquettes 50
They can reduce the usage of ferrosilicon and silicon-manganese in steel-making alloys. The market price is relatively stable, the cost performance has outstanding advantages, and it is widely used in the field of steelmaking. The chemical composition of silicon-manganese alloy balls is FeMn58Si14. Silicon-manganese alloy balls are formed into ball blocks through special processing.
SiC Small Briquettes 50
Silicon-manganese alloy balls are processed to have high density and high purity. They do not pollute the molten steel much after use. The recovery rate is stable, with the recovery rate reaching more than 95%. It is easy to operate and has a good effect of adding carbon and manganese. It improves the absorption of carbon by molten steel, shortens the deoxidation time, improves the efficiency of converter steelmaking, and reduces manpower and material costs. The higher yield has higher economic benefits than carbon or manganese alloy alone. As a new type of deoxidizing material, silicon-manganese alloy balls are also a reducing agent for the production of medium and low carbon ferromanganese and the production of metal manganese by electrosilicothermal method, which can meet the needs of users to reduce costs and improve efficiency.
Silicon balls 50
Silicon in silicon-manganese alloy balls is the most important alloying element after manganese in pig iron and carbon steel. In steel production, silicon is mainly used as a deoxidizer for molten metal, or as an alloy additive to increase the strength of steel and improve its properties. performance. Due to the uniform particle size of silicon-manganese alloy balls, the deoxidation time is short and the deoxidation effect is good.
