High carbon silicon is an alternative alloy material
High-carbon silicon is a composite gold material and a steelmaking deoxidizer. The price is much cheaper than traditional metallurgical materials. This is undoubtedly a better choice for other ferroalloy materials today. Although the price is low, it does not affect its performance and can even achieve unexpected and satisfactory results. While saving costs, it can also increase revenue. It can replace ferrosilicon, recarburizers and silicon carbide.
Because high carbon silicon contains silicon, in the smelting process, after reacting with oxygen, the oxygen in the molten steel is deoxidized, which improves the quality of the product, and it will not splash after being put into the molten steel. high carbon silicon is a very good temperature-resistant material. During smelting, it can increase the temperature in the furnace and accelerate the reaction between molten steel and elements.
If a certain proportion of high carbon silicon is put into the molten steel, the oxide clumping during the smelting process can be accelerated to facilitate the filtering of the slag, which also improves the purity of the molten steel. In steelmaking, the instability is strong and the pass rate is very low, but if high-carbon silicon is used, its stability is very strong, which can increase the pass rate, enhance the quality of the product, and bring benefits.
Traditional alloy production materials have become more and more tense, and their prices have been rising, so the cost has increased considerably. The emergence of high-carbon silicon has just solved this problem, improved the quality of molten steel, and its performance is relatively stable. The products are also more high-quality, stable in effect, reduced production costs, and increased profits. The chemical composition, mechanical properties and internal control quality of steel are better than ordinary traditional processes, and high-carbon silicon has a good effect of increasing performance. Improved the working environment of workers.
