Different Grade Of High Carbon Silicon

High carbon silicon is a product made from quartz, coke, coal, and wood chips through an electric furnace smelting process. When the carbon content is above 10%, it is called high carbon silicon. High carbon silicon is widely used in metallurgy, foundry, refractory materials, and chemical industries.

High carbon silicon has different grades based on its carbon and silicon content. The most commonly used grades are 55%, 60%, and 65% high carbon silicon. The higher the carbon content, the more brittle the product is. Therefore, it is essential to choose the appropriate grade of high carbon silicon according to the specific usage.

55% high carbon silicon is mainly used as a deoxidizer in steelmaking, iron casting, and other industrial fields. It can improve the steel's physical properties and reduce oxygen in the molten iron, improving the quality of the final product.

60% high carbon silicon has a higher carbon content. As such, it is more suitable for steel or iron casting inclusions. The excellent desulfurization and deoxidation properties of the material make it widely used in casting processes, and it can also be used as an inoculant to improve the casting's quality.

65% high carbon silicon has better thermal stability, making it commonly used in metallurgy and refractory manufacturing. It can enhance the carbon and silicon content in the steel making process, thus improving the steel's wear resistance and strength.

In conclusion, high carbon silicon has varied applications in various industries. The selection of the appropriate grade to meet specific needs with accurate chemistry can enhance the final product's quality and serve as a critical factor in succeeding in industrial processes.

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