High Carbon Silicon

High Carbon Silicon Producing Process

In the process of smelting metal silicon, the heating of the electrodes in the furnace is not enough. This causes the bottom of the furnace to reach the temperature required to produce metal silicon. Raw materials such as bottom silica and carbon are not fully reacted. After a long time of accumulation, silicon Carbon alloy is thus formed.

Size: 10-50mm, 10-100mm , or as the requirement of customer .

Packing : One ton in common bag . One ton in bottom discharge bag , or as the customer’s requirement.

Silicon Carbon Alloy Advantages

1. Improve the quality of molten steel, improve product quality and improve product capacity.

2. Reduce the amount of alloy added, reduce steelmaking costs, and increase economic benefits.

High Carbon Ferrosilicon Uses

The main content of high carbon silicon are silicon and carbon. It can replace ferrosilicon, silicon carbide, recarburizer . Reduce the amount of deoxidizer, and be used in converter smelting deoxidation alloying process. The effect is stable. The properties and quality of the steel are superior to the traditional process.

Silicon-Carbon alloy/High Carbon Silicon as a new powerful composite deoxidiser, its application in steelmaking and foundry is extremely economical and beneficial. Known for its rich silicon content and relatively high carbon content, this alloy is an effective replacement for traditional furnace charges such as ferrosilicon and silicon carbide, while being more favourably priced.

Common silicon carbon alloy/high carbon silicon products include natural lumps, standard lumps, granules and powders in a variety of forms, which can be customised with different particle sizes, such as 0-10mm, 10-50mm, 10-100mm, etc., to ensure that it meets the requirements of various steelmaking and casting processes.

In the steelmaking process, Silicon-Carbon alloy/High Carbon Silicon can not only be used as a powerful compound deoxidiser to significantly improve the purity and homogeneity of steel and reduce the content of oxides, but also be used as a warming agent, replacing the more costly traditional warming agent, such as the traditional warming agent required for converter and flat furnace steelmaking.

Overall, Silicon-Carbon Alloys/High Carbon Silicon have become one of the key indispensable materials in the modern metallurgical industry due to their price advantage and excellent technical performance, providing strong support and innovative solutions for the development of steel production and related fields.

In metallurgical casting, silicon-carbon alloys have a variety of important uses, mainly reflected in the following aspects:

1. Alloy additives: Silicon-carbon alloys, as an important alloy additive, are commonly used in the production of ferroalloys. By adding silicon-carbon alloy to iron water, the quality and performance of iron can be significantly improved. It can increase the hardness, wear resistance and corrosion resistance of iron, as well as improve the fluidity of iron and reduce porosity, making the quality of castings more stable and reliable.

2. Metamorphic agent: In the casting process, silicon-carbon alloy can be used as a metamorphic agent. It can effectively change the carbide morphology and distribution in iron to make it more uniform, thus improving the strength and toughness of the alloy. This is especially important for some castings with high requirements for mechanical properties.

3. Deoxidiser: silicon carbon alloy can also be used as a deoxidiser, especially in steel smelting. It can effectively remove oxygen from steel and combine with oxygen to form gas, thus reducing the residual amount of gas in steel, improving the purity and homogeneity of steel, reducing inclusions, and giving steel better processability and corrosion resistance.

4. Alloy modifier: In the preparation of special alloys, silicon-carbon alloys can be used as alloy modifiers to help regulate the content and proportions of various elements in the alloy to meet the needs of different industrial applications. For example, in the preparation of special engineering alloys or high-performance alloys, silicon-carbon alloys can play a key role.

In conclusion, silicon-carbon alloys are widely used in metallurgical casting, not only to improve the performance and quality of iron, but also to improve the processing performance and corrosion resistance of alloys, which is one of the indispensable and important materials in modern metallurgical industry.

High Carbon Silicon Specifications

Ps: chemical compostion and size above can be optimized according to custom's requirement.

Packing and Delivery

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  Package:

  25Kg/bag, 1MT/bag or according to customer's requirements

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  Payment term: T/T OR L/C
    CIF CNF FOB EXW

  1.100% EXW Price

  2.100% irrevocable L/C at sight

  3.30% advance payment, Balance against copy B/L.

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  Delivery time:

  Within 10 days after receiving the prepayment.

High Carbon Silicon Manufacturers and Suppliers

Henan Tiesheng Alloy New Material is a professinal ferroalloys manufacturer. The main products are Nodulizer,Inoculant, Ferro Silicon, Calcium Silicon, Spheroidizing Wire, Magnesium Ingot, Recarburizer, Silicon Carbide, Silicon Metal, etc.

High Carbon Silicon is one of the ferroalloys commonly used in steel industry. Products are exported to Malaysia, the Philippines, Singapore, South Korea, Japan and Europe and the United States and other countries and regions. The quality of lc ferro chromium products is stable and the price is low. It is well received by customers.