Ferro Silicon Lumps Price // Ferro Silicon Supplier
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Ferro Silicon Lumps Price // ferro silicon supplier
| China's special ferrosilicon prices on September 19 | |||||
| Unit: Yuan/ton, natural block | |||||
| Mainstream prices of low-aluminum ferrosilicon in major regions of the country | |||||
| Product Name | Specification | area | price | Rise and fall | Remark |
| Low aluminum ferrosilicon | Si75Al<0.1 | Qinghai | 6900-6950 | -- | Ex-factory price including tax |
| Low aluminum ferrosilicon | Si75Al<0.5 | Qinghai | 6600-6650 | -- | Ex-factory price including tax |
| Low aluminum ferrosilicon | Si75Al<0.1 | Inner Mongolia | 6900-6950 | -- | Ex-factory price including tax |
| Low aluminum ferrosilicon | Si75Al<0.5 | Inner Mongolia | 6600-6650 | -- | Ex-factory price including tax |
| Note: The above prices are for reference only. Enterprises can set prices according to their own circumstances. | |||||
What is the density of ferrosilicon?ferrosilicon density ：
Ferrosilicon's density varies with its silicon (Si) content:
High-silicon grades (e.g., 75% Si): ~6.9–7.1 g/cm³
Lower-silicon grades (e.g., 45% Si): ~7.2–7.4 g/cm³
This range reflects the inverse relationship between silicon content and density (silicon is less dense than iron).
What are the uses of ferrosilicon? what is ferrosilicon used for:
Ferrosilicon is a core metallurgical alloy with three primary applications:
Deoxidation: Removes oxygen from molten steel/cast iron to prevent porosity, cracks, or brittleness-critical for high-quality steel production.
Alloying: Adds silicon to enhance material properties:
Electrical steel: Improves magnetic permeability (for transformers, motors).
Cast iron: Reduces sulfur and strengthens graphite structure (for engine blocks, pipes).
Precursor for silicon metal: Used in the production of high-purity silicon for semiconductors or solar panels.
What Is The Production Process For Ferrosilicon?Ferrosilicon Production Process
Ferrosilicon is produced via electric arc furnace (EAF) smelting:
Raw Materials: Mix quartz (silica, SiO₂-silicon source), iron ore/steel scrap (iron source), and coke (reducing agent).
Smelting: Heat the mixture in an EAF to ~1,800°C. Coke reduces SiO₂ to elemental silicon:
SiO2+2C→Si+2CO
Alloy Formation: Molten silicon combines with iron to form ferrosilicon.
Solidification: Pour the melt into molds to produce lumps/granules, which are crushed/sized for market.
What Is The HS Code For Ferrosilicon? ferrosilicon hs code
Ferrosilicon falls under HS Chapter 72 (Iron and Steel). The specific code depends on silicon content:
7202.21: Ferrosilicon with 50–75% silicon by weight.
7202.29: Ferrosilicon with ≥75% silicon by weight.
These codes are used for international trade classification.
What Is The Market Situation For Ferrosilicon?Ferrosilicon Market
The ferrosilicon market is driven by:
Demand: Tied to steel production (70% of use) and electrical steel (growing with EVs/renewables).
Supply: Dominated by China (~70% of global output), with key producers in Norway, Russia, and India.
Cost Pressures: Energy (EAFs use 11–14 MWh/ton) and raw material (quartz, coke) prices create volatility.
Trends: Sustainability efforts (renewable energy for EAFs) and geopolitical trade rules (e.g., anti-dumping duties) shape competition.
Overall, demand remains robust, but supply chain resilience and cost management are critical for producers.
Visit ferro-silicon-alloy.com to learn more about the product. If you would like to know more about the product price or are interested in purchasing, please send an email to info@zaferroalloy.com. We will get back to you as soon as we see your message.
