Our company is a professional manufacturer of silicon manganese alloy balls, providing customers with free information on silicon manganese balls, silicon manganese alloy manufacturers, and other related information. We warmly welcome colleagues from all walks of life to visit our company, negotiate cooperation and technical exchanges with silicon manganese alloy powder, and seek common development! Silicon carbon alloy is a common additive in steel smelting and one of the substitutes for ferrosilicon. The silicon in the silicon carbon alloy can combine with the oxygen in the molten steel to remove the excess oxygen, so that it can be used as a Oxygen scavenger in steelmaking. In fact, silicon carbon alloy is not just a Oxygen scavenger in steel smelting. Its composition contains less impurities. Compared with other Oxygen scavenger, it is an additive with better application effect.
Why is silicon carbon alloy widely favored by steel mills? Silicon carbon alloy is a newly emerging metallurgical material that has undergone rapid development in the metallurgical industry. Although it is cheaper than traditional metallurgical materials, it can replace traditional metallurgical materials such as silicon, iron, and silicon carbide. It has long been used by steelmaking manufacturers to replace metallurgical materials such as silicon, iron, and silicon. The main raw materials of silicon carbon alloy are mainly composed of elements such as silicon, iron and carbon. Silicon carbon alloy plants are widely used. It has the characteristics of deoxidization and slag collection. It is a good Oxygen scavenger and slag collection agent to replace silicon iron. Silicon carbon alloy has the function of increasing the temperature of the smelting furnace. Silicon carbon alloy has the characteristic of high temperature resistance. Adding silicon carbon alloy in the steelmaking process of steelmaking manufacturers can effectively increase the temperature of the smelting furnace, make the element reaction of the molten steel more thorough, and have the effect of improving the steel yield and reducing waste.
