High Carbon Silicon
Henan Aon Metal and Materials Co., Limited - Your Professional High Carbon Silicon Supplier
Ferroalloy manufacturers Henan Aon Metal and Materials has strict quality control from raw material selection, smelting, product testing, product packaging, product processing, and factory inspection. We offer you professional solutions that allow you to buy the highest quality products for you at the most affordable price.
Our factory is equipped with two 36,000KVA blast furnaces, We have a total of 18 intermediate frequency furnaces, Additionally, we have three automatic crushing lines with corresponding vibrating screens.At full production capacity, we can produce approximately 11,000 tons per month and over 130,000 tons per year. We have three large warehouses located in Tianjin, Anyang, and Shenmu City.
Our Services
High quality production and professional solutions according to user needs.
Free samples.Seeing the real thing in advance is more conducive to your judgment.
Provide third-party inspection such as SGS, the quality is more assured.
Factory direct sales. Henan Aon Metal and Materials Co., Limited is a manufacturer, the price is more affordable.
Real-time tracking to keep you informed of the latest progress of your order.
7*24 hours service. Solve your every question as soon as possible.
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6515 High Carbon Silicon For Steelmaking
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High Carbon Silicon Lumps
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High Carbon Silicon Size 10-60mm
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High Carbon Silicon Silicon Content 65%
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HC Silicon 6515
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High Carbon Content Ferrosilicon
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High Carbon Silicon 6020
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Silicon Carbon Alloy
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High Carbon Silicon 6515
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Carbon Silicon Alloy
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HC Ferro Silicon
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HC Silicon
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Henan Aon Metal and Materials Co., Limited , established in 2008 and headquartered in Anyang City, Henan Province, China, is a modern enterprise specializing in the production and sales of ferroalloy materials. Our factory is located in Jinjie Industrial Park, Shenmu City, Shaanxi Province.
With over 15 years of professional experience, our company is qualified in the production of ferrosilicon, calcium silicon, silicon metal, ferrochrome, ferromanganese, metallic manganese, and other alloy products. We are also engaged in the production of various other ferroalloy products.
Why choose us?
Our factory
We have three large warehouses located in Tianjin, Anyang, and Shenmu City,we can produce approximately 11,000 tons per month and over 130,000 tons per year.
Our certificate
ISO 9001 Quality Management System Certificate, SGS Inspection Reports
Production equipment
Two 36,000KVA blast furnaces, We have a total of 18 intermediate frequency furnaces, Additionally, we have three automatic crushing lines with corresponding vibrating screens.
Production market
Our customer base primarily includes countries such as Australia, South Korea, Uzbekistan, Romania, Brazil, Turkey, Iran,Chile,Peru, Belarus, etc.
Improve the quality of molten steel: High carbon silicon can optimize the quality of molten steel, improve the quality of products, reduce the amount of alloy added, reduce the cost of steelmaking, and increase economic benefits.
Deoxidation: In the process of steelmaking, high-carbon silicon can quickly reduce the oxygen content in molten steel, improve the purity of molten steel, and improve the quality of steel.
Promote graphite lattication
In casting, high-carbon silicon can promote the formation of graphite lattication and spheroidal ink, improve casting quality, and reduce the occurrence of hot metal plug.
Slag collection
High-carbon silicon has the advantage of slag collection, which can make the oxide in the steelmaking process quickly clump, easy to filter, make the molten steel more pure, and greatly improve the density and hardness of steel.
Dephosphorization
In converter smelting, the role of high-carbon silicon also includes dephosphorization, decarburization and heating, which is conducive to improving the dephosphorization capacity of later slag and reducing the probability of phosphorus return.
Advantages of High Carbon Silicon
Deoxidation advantages of silicon carbon alloy
Silicon carbon alloy contains silicon elements. After the silicon carbon alloy is added during the steelmaking process, the silicon element reacts with oxygen to deoxidize the oxygen in the molten steel and improve the hardness and quality of the steel. Moreover, the silicon element in the silicon carbon alloy and Oxygen have good affinity, so the molten steel will not splash after being put in.
Advantages of slag collection of silicon carbon alloy
Silicon carbon alloy also has the advantage of collecting slag. Putting a certain proportion of silicon carbon alloy into molten steel can quickly clump the oxides in the steelmaking process, which facilitates filtration, making the molten steel purer and greatly improving the density and hardness of the steel.
Advantages of silicon-carbon alloy in increasing furnace temperature
Silicon carbon alloy is a good temperature-resistant material. Adding silicon carbon alloy during the steelmaking process can increase the furnace temperature, increase the conversion rate of ferroalloy, and accelerate the reaction speed between molten steel and elements.
Silicon carbon alloy allows many manufacturers to save costs
Today, when ferroalloy materials are more expensive, silicon carbon alloys, as a new metallurgical material, are favored by many manufacturers because their prices are lower than traditional metallurgical materials. Silicon carbon alloys can replace expensive metallurgical materials such as ferrosilicon and achieve unexpected results. The effect is satisfactory, so using silicon carbon alloy can save manufacturers costs and increase profits.
Advantages of high carbon silicon used in foundries
High carbon silicon offers significant advantages for cast iron production in foundries. Cast iron typically contains 2-4% carbon and 1-3% silicon, elements that directly influence its microstructure during the casting process. High carbon silicon, rich in both carbon and silicon, serves effectively as a deoxidizer, high-efficiency heating agent, and recarburizer. Utilizing high carbon silicon in the iron casting process allows for precise control over the input of other components, resulting in minimal impurities.
●Must be used in converters with temperatures up to 1700°
●The ratio of high carbon silicon to ferrosilicon should be moderate to avoid bubble generation.
●Avoid using high carbon silicon that has been oxidized.
●Avoid contact with acid and alkali materials during use.
Product Specifications
|
Shape |
Lump Powder Particles |
|
Chemical Composition |
Si C Al P S |
|
Size |
0~3mm 3~10mm 10mm~50mm 10~60mm 10~100mm .etc |
|
Package |
Ton bag or customized according to customer requirements |
Chemical Composition
|
Chemical Composition % |
|||||
|
Grade |
Si |
C |
Al |
S |
P |
|
≥ |
≤ |
||||
|
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 |
|
|
|
Packaging & Shipping

FAQ
As one of the leading high carbon silicon manufacturers and suppliers in China, we warmly welcome you to buy high-grade high carbon silicon in stock here from our factory. All metal materials are with high quality and low price.
Metal Silicon, Silicon Carbide, Phosphorus Iron
