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Silicon Carbide

Changxing Metallurgy: Your Professional Silicon Carbide Supplier

We are Anyang Changxing Cast Steel Metallurgy Co., Ltd., a ferroalloy factory, manufacturers, suppliers, and wholesale company established in 1997. We support bulk orders and customized production to meet diverse customer needs.

01/

Extensive Industry Experience
Over 25 years of expertise in ferroalloy production and metallurgical solutions.

02/

Strong Production Capacity
Equipped with advanced facilities including electric arc furnaces and medium-frequency furnaces, ensuring stable large-scale output.

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Wide Product Range
Metals, ferroalloys, and carbon products integrated supply.

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Strong Market Presence
Long-term cooperation with domestic and international steel enterprises across Europe, Asia, the Middle East, North America, and Latin America.

Brief Introduction To Silicon Carbide

Silicon Carbide is a ceramic material characterized by high thermal conductivity and exceptional hardness, making it suitable for wear-resistant components, heat dissipation devices, and structural applications within high-temperature industrial environments.

Features of Silicon Carbide

1

High-Purity Raw Materials

Silicon Carbide is produced from high-purity quartz sand and carbon in a resistance furnace, achieving 85%, 90%, or 98% purity after classification.

2

Exceptional Wear Resistance

With hardness close to diamond, it delivers 2–5× longer service life than standard abrasives, reducing replacement costs.

3

Precise Particle Size Control

Advanced sieving ensures particle size tolerance within ±5%, maintaining consistent performance across batches.

4

Broad Material Compatibility

Suitable for processing high-hardness materials such as granite, iron ore, limestone, and river pebbles.

Metallurgical Silicon Carbide

Quality Control

Raw Material Inspection: Strict selection of high-quality quartz sand and carbon materials to ensure stable inputs.

Production Process Control: Controlled high-temperature furnace process to ensure complete reaction and stable SiC content.

Chemical Composition Testing: Each batch is tested for SiC content, free carbon, Fe₂O₃, and impurities using analytical instruments.

Particle Size & Screening: Sieving and grading to meet different application requirements.

Customization Capabilities

Category	Description
Purity Grades	Various purity grades—such as 85%, 90%, and 98%—are available to meet specific application requirements.
Particle Size and Distribution	Particle size and distribution ranges can be controlled according to intended use.
Product Form	Available in customizable forms, including powder, granules, or lumps.
Chemical Composition Control	Impurity levels can be controlled to meet specific standards.
Packaging and Specifications	Available in various packaging formats (e.g., ton bags, small bags), with customizable labeling options.

After-Sales Service

Application Guidance: Provide usage recommendations for steelmaking, casting, and refractory applications.

Dosage & Process Support: Advise on addition ratio and usage methods to improve deoxidation and efficiency.

Technical Assistance: Help resolve issues such as inconsistent composition, low reaction efficiency, or improper particle size selection.

Batch Traceability: Each batch is traceable for quality tracking and follow-up.

Quality Feedback Handling: Accept customer feedback and provide analysis and practical solutions when needed.

Metallurgical Silicon Carbide

Certificates

We have obtained ISO 9001 Quality Management System certification and ISO 14001 Environmental Management System certification.

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FAQ

Q: What is its primary structure?

A: Silicon Carbide consists of a dense crystalline structure formed by covalent bonds between carbon and silicon atoms; it possesses high hardness and stable physical properties, making it suitable for high-load environments.

Q: How is it used in the metallurgical industry?

A: It is utilized as a deoxidizer and carburizer to improve the composition of molten steel and enhance smelting efficiency.

Q: What is its role in abrasives?

A: Silicon Carbide is used for cutting and grinding hard materials, thereby increasing processing efficiency and reducing tool wear.

Q: How does it affect heat dissipation performance?

A: Silicon Carbide possesses high thermal conductivity, allowing it to rapidly dissipate heat and lower the operating temperature of equipment.

Q: Is it corrosion-resistant?

A: Silicon Carbide exhibits strong resistance to acidic and alkaline environments and does not readily react within chemical settings.

Q: How should it be stored?

A: It should be stored in a dry, well-ventilated environment to prevent moisture and contamination from compromising its performance.

Q: How should it be transported?

A: It requires moisture-proof and shock-resistant packaging to ensure that its granular structure remains intact during transit.

Q: In which types of equipment can it be used?

A: It can be utilized in systems such as furnace equipment, grinding machinery, and power electronic modules.

Q: What are its processing methods?

A: It is typically produced through high-temperature synthesis followed by classification and screening to yield products of various specifications.

Q: What packaging options are available?

A: Common packaging methods include ton bags or smaller sacks, which can be customized to meet specific transportation and usage requirements.

We are one of the most experienced silicon carbide manufacturers and suppliers in China, specialized in providing high quality customized products. We warmly welcome you to buy silicon carbide at competitive price from our factory. Contact us for quotation.

Silicon Carbide 98, Metallurgical Silicon Carbide, Silicon Carbide 90

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