High-Quality Silicon Metal 2202/3303 | Multi-Size Industrial Si for Steel, Chemical Industry & Renewable Energy | 1101/441/553

For steel plants, alloy producers, and energy-material manufacturers, silicon metal is often one of the least visible but most influential inputs in the process chain.

In practice, buyers face recurring issues:

• Silicon recovery fluctuates despite nominally identical grades
• Oxidation loss increases due to mismatched particle size
• Metallic impurities migrate into final products, affecting downstream quality
• Batch inconsistency complicates furnace and recipe control

ZhenAn positions Silicon Metal 2202 and 3303 as process-oriented materials, designed to reduce these operational uncertainties rather than merely meet a chemical label.

ZhenAn supplies industrial silicon metal in 2202 and 3303 grades, with controlled 441 and 553 size distributions, and optional 1101-level purity control for impurity-sensitive applications.

This configuration allows technical teams to:

• Match silicon behavior to furnace scale and reaction timing
• Balance cost efficiency with impurity tolerance
• Improve predictability across steel, chemical, and renewable-energy supply chains

The distinction between 2202 and 3303 is not marketing—it reflects different impurity tolerance strategies.

• 3303 is selected when metallurgical efficiency and cost control dominate
• 2202 reduces metallic carryover in cleaner alloy and chemical systems
• 1101-level purity is relevant when downstream purification cost or defect risk outweighs raw-material price

Particle size directly affects reaction surface area, oxidation rate, and silicon yield.

• Approx. 10–100 mm
• Lower surface oxidation
• Higher silicon recovery in medium-to-large furnaces
• Common in steelmaking and bulk alloy additions

• Approx. 10–50 mm
• Faster dissolution and more uniform distribution
• Improved control in cast iron correction and secondary alloying

ZhenAn maintains tight screening control to avoid mixed-size variability that undermines process stability.

• Metallic silver-gray crystalline silicon
• Hard, brittle structure suitable for controlled crushing
• Melting temperature ~1414 °C
• Density ~2.33 g/cm³
• Stable thermal and electrical conductivity

These characteristics support predictable melting behavior and reaction timing under industrial conditions.

Silicon metal acts as a deoxidizer and alloy regulator, influencing:

• Oxygen removal efficiency
• Slag-metal equilibrium
• Final steel cleanliness and strength

Grades 3303 and 2202, paired with 553 size, are widely used to:

• Reduce silicon consumption per ton of steel
• Improve batch-to-batch chemical consistency
• Minimize corrective alloy additions

In chemical processing, silicon metal serves as feedstock for:

• Organosilicon intermediates
• Silicone rubber and fluids
• Specialty chemical synthesis

Lower Fe and Al levels in 2202 and 1101-controlled material help stabilize reactions and protect catalyst systems.

High-purity silicon control is critical in:

• Polysilicon production
• Photovoltaic and solar-related materials
• Energy and battery material supply chains

Using silicon metal aligned with 1101-level impurity limits reduces downstream purification load and contamination risk.

ZhenAn silicon metal is produced via submerged arc furnace smelting, followed by controlled cooling, crushing, screening, and batch classification.

Quality assurance focuses on repeatability and traceability, including:

• Raw material qualification
• Batch-level chemical verification
• Particle size inspection
• Optional independent third-party testing

This approach supports long-term supply reliability, a core EEAT trust signal for industrial buyers.

• Bulk packaging for steel and alloy plants
• Palletized options for controlled dosing
• Moisture-protected export packaging
• Designed for long-distance transport and bulk handling

3303 with 553 size is commonly selected for cost-effective, high-recovery steelmaking.

When impurity sensitivity or downstream quality risk outweighs raw-material cost considerations.

Yes. Coarser particles generally reduce oxidation loss, while medium sizes improve reaction control.

Yes. Chemical limits and size distribution can be adjusted to match specific process requirements.

ZhenAn specializes in supplying industrial silicon metal and alloy materials to steelmakers, alloy producers, and advanced material manufacturers. The company focuses on process compatibility, consistency, and technical reliability, supporting long-term industrial cooperation rather than short-term commodity trading.