Silicon Carbon Alloy is a new type of alloy used in steelmaking and can also be referred to as High-Carbon Silicon (HC).

Introduction:

Silicon Carbon Alloy is a new type of alloy used in steelmaking. It can also be referred to as High-Carbon Silicon (HC). Silicon Carbon Alloy can reduce the use of deoxidizers and serve as a substitute for ferrosilicon, silicon carbide, and recarburizers.

Silicon Carbon Alloy is used as a deoxidizing agent in steelmaking and provides stable and reliable performance. The chemical composition, mechanical properties, and internal quality control of the produced steel are superior to those achieved through traditional processes.

Particle Size:

Technical Specifications:

Features:

• Improves the quality of molten steel and the final product.
• Enhances the product’s performance and enables the development of new product capabilities.
• Reduces the amount of alloying materials required.
• Lowers steelmaking costs and increases economic benefits.

Applications:

1. A high-quality deoxidizer with stable performance in steelmaking.
2. Can replace recarburizers, reducing steelmaking costs and increasing economic benefits.
3. A good substitute for ferrosilicon in steelmaking, offering cost advantages in the manufacturing process.
4. Used as a multi-purpose deoxidizer through silicon and carbon in carbon steel production.
5. Provides a high silicon recovery rate due to its carbon content.
6. Introduces fewer impurities due to its high Si & C content (approximately 90% Si & C).
7. A more efficient heating agent: the calorific value of Si & C is 6.58 kcal/g, compared to 1.24 kcal/g for each component.