High carbon silicon 6010 is a novel composite alloy deoxidizer that can replace the more expensive traditional deoxidizers - ferrosilicon powder, calcium carbide, carbon powder and alloy powder. carbon silicon alloy 6010 has stable physical and chemical properties and good deoxidation effect. When added to molten steel, it can quickly react with the oxygen in the molten steel to form steel slag that floats to the surface of the molten steel to achieve the purpose of deoxidation.

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chemical composition

Chemical Composition %
Grade	Si	C	Al	S	P
Grade	≥		≤
Si68C18	68	18	3	0.1	0.05
Si65C15	65	15	3	0.1	0.05
Si60C10	60	10	3	0.1	0.05
Customized parameters	40-68	12-20

Products Applications

Steelmaking industry

Used as an alloying agent and carburizer. In the steelmaking process, it can increase the silicon content and carbon content in the steel, thereby improving the strength, hardness and wear resistance of the steel. For example, when producing some tool steels and mold steels, adding a proper amount of hc silicon 6010 can meet their requirements for high hardness and high strength.

Casting industry

In cast iron production, It can be used as a raw material for inoculants and spheroidizers. It can improve the graphite morphology of cast iron, spheroidize or refine graphite, and improve the mechanical properties and processing properties of cast iron. For example, when producing ductile iron, the quality of ductile iron can be effectively improved by adding hc silicon 6010 in combination with other spheroidizers.

Storage and use precautions

Storage environment:

It should be stored in a dry, well-ventilated warehouse to avoid moisture. Because some components (such as carbon) in hc silicon 6010 may react chemically with water in a humid environment, affecting its quality. At the same time, keep away from flammable and explosive items to prevent fire or explosion accidents.

Usage process:

When using, accurately control the amount and time of addition according to the specific production process and product requirements. Due to its high carbon content, excessive addition may cause the carbon content of the product to exceed the standard and affect the product performance, so it needs to be used strictly in accordance with the formula and operating procedures.

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