About Ferro Silicon
The support of our high-raking officials has enabled us to manufacture, export and supply Ferro Silicon. These compounds are generally used in steel industries for alloying and de-oxidation of steel. This makes the steel hard and compact, which can be used for manufacturing sturdy components. We obtain the compounds from various mining industries from across the nation. These are finely process to remove all the unwanted materials to offer our customers with high quality Ferro Silicon.
Key Features:
- Exact composition
- Grindable
- Free from impurities
Specifications:
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SILICON
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70 to 80%
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CARBON
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0.1 to 0.2%
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PHOSPHOROUS
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0.045% max.
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SULPHUR
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0.035% max.
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ALUMINUM
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1.25% max.
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SIZE
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As desired
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Superior High-Temperature PerformanceOur commercial-grade Ferro Silicon alloy withstands elevated temperatures, making it ideal for demanding metallurgical environments. Its high-temperature resistance ensures stability during steel manufacturing and enhances the overall durability of the final product. This characteristic makes Ferro Silicon a valuable asset for steel plants seeking reliable performance in extreme conditions.
Efficiency in Steel Strength EnhancementAdding Ferro Silicon to steel not only improves its physical characteristics but also simplifies refinement processes. The alloy acts as a deoxidizer and helps in the formation of high-strength, hard steel, ensuring structural integrity. Its ability to boost mechanical properties is particularly advantageous for industries where durability is crucial.
FAQs of Ferro Silicon:
Q: How is Ferro Silicon used in steel manufacturing?
A: Ferro Silicon is introduced during the steelmaking process as a deoxidizing agent and alloying element. It removes oxygen by reacting with it and helps produce steel with improved strength and hardness. The lump form allows for easy handling and integration into the melt.
Q: What benefits does Ferro Silicon offer to steel products?
A: The main advantages include enhanced strength, increased hardness, and better high-temperature resistance of steel. These characteristics improve the end products reliability, making it suitable for construction and heavy-duty applications.
Q: When should Ferro Silicon be added during the production process?
A: It is typically added during the initial or intermediate stages of steelmaking, either in the furnace or ladle, to effectively remove oxygen and allow for proper alloying. The timing ensures optimum integration and maximized benefits from the alloy.
Q: Where is your Ferro Silicon mainly distributed and supplied from?
A: Our Ferro Silicon is distributed and supplied from India, serving both domestic and international markets as a trusted distributor, exporter, manufacturer, supplier, and trader.
Q: What is the typical purity and composition of your commercial grade Ferro Silicon?
A: Our commercial-grade Ferro Silicon contains 6575% silicon, balanced by iron, and may include trace amounts of other elements, ensuring superior performance in industrial applications.
Q: What process is followed for manufacturing Ferro Silicon alloy?
A: Ferro Silicon is manufactured through carbothermic reduction of silica in the presence of iron at high temperatures, typically using electric arc furnaces. This process ensures uniform composition and desired purity levels.
Q: How does the high-temperature resistance of Ferro Silicon benefit industrial applications?
A: Its ability to endure extreme temperatures ensures stable performance during melting and alloying, preventing degradation and promoting consistent metallurgical results in steel production.