High carbon silicon in steelmaking

In the early stage of steel smelting, in order to convert the molten iron with high carbon content into molten steel, a large amount of oxygen will be filled into the molten iron to remove it. In the later stage, due to the excessive oxygen content, the carbon content is lacking, so a deoxidizer is added At the same time, recarburizer should also be added.

So, is there a material that can play the dual role of deoxidation and carbon increase in steelmaking? High carbon silicon can play such a role.

As we all know, the main element in High carbon silicon is silicon. The addition of a proper amount of silicon-carbon alloy during steelmaking will cause the silicon element to react with oxygen to increase the hardness and quality of the steel, and the silicon element in the High carbon silicon. It has a good affinity with oxygen, so the molten steel still has the characteristic of not splashing after being put into it.

Not only that, but High carbon silicon can also improve the quality of molten steel, improve product performance, reduce the amount of alloy added, and effectively reduce steelmaking costs. Its price is cheaper than traditional metallurgical materials, but it can replace traditional ferrosilicon, silicon carbide, and other metallurgical materials. It has long been used by steelmaking manufacturers to replace ferrosilicon and other metallurgical materials.

High carbon silicon is a new type of alloy that can replace traditional ferrosilicon, silicon carbide, and recarburizers, reducing the amount of deoxidizers. Before purchasing High carbon silicon, users need to analyze which type of High carbon silicon needs to be purchased. After clarifying the purchase object, it can not only save a lot of unnecessary trouble but also can purchase the suitable one more quickly and accurately.