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The main functions of silico-calcium are effective deoxidation and improvement of the flow properties of molten steel. It has been used in steelmaking and casting for a long time. However, silico-calcium is relatively unstable, which is why it is classified as a hazardous material. The emergence of new types of silico-calcium has addressed many of the shortcomings of the traditional version, and these newer types offer numerous advantages; as a result, they are preferred in modern steelmaking and casting processes. What are the specific advantages of these new types of silico-calcium? In terms of their functions, they enable deeper deoxidation of molten steel during steelmaking, resulting in more thorough deoxidation. The calcium component also works more effectively, allowing for better control over the shape of impurities in the molten steel, thereby making slag removal easier. In casting, these new types of silico-calcium can improve the flow properties of molten iron, facilitating proper chemical reactions between various elements. In terms of procurement costs, the new type of silico-calcium is an improved version of traditional silico-calcium; its purchase cost is **lower**, yet its performance is better than that of the previous version. There is a strong emphasis on environmental protection these days, and many steel mills and foundries are reducing production or even shutting down. The new type of silico-calcium does not produce harmful gases during processing, thereby reducing environmental pollution and meeting the demands for environmental protection. It is clear that the new type of silico-calcium has many advantages – it offers irreplaceable benefits over traditional silico-calcium products, delivering excellent results in terms of performance and cost. As a result, it is now the preferred material for use in steelmaking and casting processes. It is likely that the use of this new type of silico-calcium will continue to increase in the future! Image of the new type of silico-calcium, new type of silico-calcium, new type of silico-calcium