SiC Plays in Steelmaking

SiC Plays in Steelmaking

Silicon carbide for steelmaking is a multifunctional metallurgical additive used in iron and steel production. With high SiC content and stable chemical composition, it provides simultaneous deoxidation, carburization, heating, and alloying effects to improve molten steel quality and optimize production efficiency.
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Description

Silicon carbide for steelmaking is a multifunctional metallurgical additive used in iron and steel production. With high SiC content and stable chemical composition, it provides simultaneous deoxidation, carburization, heating, and alloying effects to improve molten steel quality and optimize production efficiency.

 

Silicon Carbide Grades & Chemical Composition

 

Grade

SiC

Free Carbon

Fe₂O₃

SiC 98.5

≥98.5%

≤0.20%

≤0.60%

SiC 98

≥98%

≤0.30%

≤0.80%

SiC 97

≥97%

≤0.30%

≤1.00%

SiC 95

≥95%

≤0.40%

≤1.00%

SiC 90

≥90%

≤0.60%

≤1.20%

 

Product Advantages

 

Multi-Functional Metallurgical Additive
Provides deoxidation, carburization, heating, and alloying functions in one material.

 

High SiC Content Options
Multiple grades are available to meet different steelmaking requirements.

 

Stable Chemical Composition
Controlled SiC, free carbon, and Fe₂O₃ content ensure consistent treatment performance.

 

Cost-Effective Solution
Helps simplify alloy addition processes and improve production economics.

 

Metallurgical Benefits

 

Benefit

Description

Improved Steel Cleanliness

Helps reduce oxygen-related defects and improve molten steel quality.

Better Process Efficiency

Combines multiple metallurgical functions in one additive.

Reduced Production Cost

Can reduce the need for separate carbon and silicon additives.

Stable Steel Performance

Supports consistent chemical adjustment during steelmaking.

 

Application Areas

 

Silicon carbide for steelmaking is commonly used in:

Electric arc furnace (EAF) steelmaking.
Converter steelmaking.
Foundry iron treatment.
Special steel production.
Alloy steel manufacturing.

 

Typical applications include:

Deoxidation treatment.
Carbon adjustment.
Silicon adjustment.
Molten steel conditioning.

Quality Control & Documentation

 

Quality inspection focuses on chemical composition stability and product performance.

Inspection includes:
SiC content analysis.
Free carbon testing.
Fe₂O₃ content measurement.
Particle size verification.
Batch inspection before shipment.

 

Available documents:
Certificate of Analysis (COA).
Material Safety Data Sheet (MSDS).
Third-party inspection reports upon request.

 

Manufacturing & Supply Capability

 

Anyang Baitengxin Metals Co., Ltd. supplies silicon-based metallurgical materials and ferroalloy products for global steelmaking customers.


With professional production resources, quality control procedures, and export experience, the company provides customized SiC grades and specifications for different steel production requirements.

 

Packaging, Logistics & Storage

 

Packed according to customer requirements for industrial transportation.


Moisture-resistant packaging available.


Suitable for container shipment.


Store in a dry and ventilated warehouse.


Protect material from moisture and contamination.


Keep packaging sealed before use.

 

FAQ

 

Q: What is SiC used for in steelmaking?

A: SiC is used as a multifunctional metallurgical additive for deoxidation, carburization, heating, and silicon alloying.

Q: What is the difference between steelmaking SiC and Black SiC?

A: Steelmaking SiC is specifically supplied for metallurgical processes, while Black SiC is a general industrial material used in abrasives and refractory applications.

Q: What grades of SiC for steelmaking are available?

A: We supply SiC grades from 90% to 98.5% according to application requirements.

Q: How does SiC improve molten steel quality?

A: SiC helps remove oxygen, adjust carbon and silicon levels, and improve molten steel cleanliness.

Q: Can SiC replace separate carbon and silicon additives?

A: In some applications, SiC can provide both carbon and silicon sources, reducing the need for separate additions.

Q: Q6: Can SiC be used in electric arc furnaces?

A: Yes. Silicon carbide is commonly used in electric arc furnace steelmaking.

Q: What impurities are controlled in steelmaking SiC?

A: Main controlled parameters include SiC content, free carbon, and Fe₂O₃ content.

Q: What particle sizes are available?

A: Particle size can be customized according to furnace type and feeding requirements.

Q: Can you provide quality certificates?

A: Yes. COA, MSDS, and inspection documents are available upon request.

Q: What information is needed for quotation?

A: Please provide SiC grade, particle size, quantity, packaging requirements, and delivery destination.

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