Four significant functions of High carbon silicon

High carbon silicon is a new type of converter alloy. It is also called Silicon carbon alloy because of its high carbon content and silicon content.

High carbon silicon is a rapidly developing metallurgical material in the metallurgical industry. It is cheaper than traditional metallurgical materials. It can replace traditional metallurgical materials, such as ferrosilicon, silicon carbide, recarburizers, etc., and can be used for converter smelting deoxidation and recarburization, etc. .

Henan Reliable High Carbon Silicon Alloy Co., Ltd has been specialized in producing metallurgical products such as high carbon silicon, ferrosilicon, silicon manganese, silicon slag, and so on for more than 20 years.

High carbon silicon can be processed with different particle sizes and index contents according to customer needs.

1. Deoxidation of  High carbon silicon

High carbon silicon contains silicon and is mainly used for diffusion deoxidation of ordinary carbon steel. After adding high carbon silicon in the steelmaking process, the silicon element in the  High carbon silicon reacts with oxygen, which improves the hardness and quality of the steel. The silicon element in the high carbon silicon has a good affinity with oxygen, which can increase the molten steel fluidity. Therefore, molten steel also has the characteristics of non-splashing.

2. The slag collection effect of  High carbon silicon slag collection

High carbon silicon also has the advantage of slag collection. Adding a certain proportion of  High carbon silicon to the molten steel can quickly combine the oxides in the steelmaking process, facilitate filtering treatment, make the molten steel more pure, and greatly increase the density and hardness of the steel.

3. High carbon silicon alloy increases furnace temperature

High carbon silicon is a good high-temperature resistant material. The addition of  High carbon silicon in the steelmaking process can increase the furnace temperature, increase the conversion rate of ferroalloy, and accelerate the reaction speed of molten steel and elements.

4. High carbon silicon saves costs for many manufacturers

Today, when ferroalloy materials are more expensive,  High carbon silicon, as a new type of metallurgical material, is favored by many manufacturers because its price is lower than that of traditional metallurgical materials.  High carbon silicons can replace ferrosilicon and other expensive metallurgical materials with unexpected and satisfactory results. Therefore, the use of  High carbon silicons can save manufacturers' costs while increasing profits.