Industrial Silicon Metal 2202/3303 | 99.8% Purity Si Flakes & Granules
High-purity silicon metal is a process-critical component that directly affects yield, product quality, and operational efficiency in steelmaking, alloy production, and chemical manufacturing.
Industrial Challenges Addressed
- Inconsistent alloying and deoxidation performance due to fluctuating silicon activity
- Oxidation losses when particle size doesn't match furnace requirements
- Trace impurities impacting steel quality or chemical reactions
- Batch-to-batch variability leading to process inefficiency
Product Overview & Applications
ZhenAn provides industrial-grade silicon metal in flake and granule forms, carefully sized to meet primary steelmaking, casting, and chemical industry requirements.
Industrial Advantages
- Particle sizes and forms matched to furnace scale and reaction kinetics
- Stable chemical composition ensures predictable alloying and deoxidation
- Batch-to-batch consistency for reliable industrial performance
Primary Applications
- Deoxidation and alloying in steelmaking
- Casting operations requiring uniform dissolution and minimal impurities
- Chemical industry production of organosilicon compounds and specialty materials
Chemical Purity & Industrial Performance
Manufactured to high-purity industrial standards, minimizing impurities that can affect downstream processes.
Benefits of Controlled Purity
- Steel & Alloy Production: Stable oxygen removal and alloy composition
- Casting & Foundry: Minimized impurity carryover for defect reduction
- Chemical Industry: Low trace metals protect catalysts and maintain reaction consistency
Particle Form & Size Strategy
Particle size and form are critical factors in oxidation control, melting behavior, and process efficiency.
Flakes
- High surface area for rapid dissolution
- Ideal for precise alloying adjustments and chemical dosing
Granules
- Stable flow for continuous feeding systems
- Reduced dust generation, safer handling for industrial operations
Multi-size industrial grade ensures optimal match with furnace or reactor conditions, maximizing silicon recovery and process efficiency.
Material Properties
| Appearance |
Metallic silver-gray crystalline structure |
| Physical State |
Hard, brittle for controlled melting |
| Melting Point |
~1414 °C |
| Density |
~2.33 g/cm³ |
| Electrical Properties |
Stable thermal and electrical conductivity |
These properties guarantee predictable furnace behavior, uniform alloy composition, and reliable feedstock for chemical and casting processes.
Industrial Applications in Detail
Steelmaking & Alloy Production
- Acts as a deoxidizer and alloying agent, influencing oxygen removal and final steel quality
- Multi-size flakes and granules allow precise adjustment of reaction rates
- Ensures consistent alloying across multiple production batches
Casting & Foundry
- Medium-size flakes dissolve uniformly in molten metal
- Reduces inclusion defects and enhances fluidity and graphite structure
- Optimizes mechanical properties of cast components
Chemical Industry
- High-purity flakes and granules suitable for organosilicon intermediates and specialty chemicals
- Minimizes catalyst poisoning and maintains reaction efficiency
Manufacturing & Quality Assurance
Produced via submerged arc furnace smelting, followed by controlled cooling, precision crushing, size screening, and batch-level chemical verification.
Quality Assurance Measures
- Traceable raw materials
- Strict chemical composition monitoring
- Particle size inspection
- Optional third-party verification
This ensures reliable, predictable supply for professional industrial users.
Packaging & Handling
- Bulk industrial bags for steel and alloy plants
- Palletized packaging for precise dosing
- Moisture-resistant export packaging
- Designed for large-scale handling and transport
Technical FAQs
Which industrial processes benefit most from high-purity flakes and granules?
Steelmaking, casting, and chemical production all benefit from controlled particle size and purity to optimize yield and reduce impurities.
Does particle size affect oxidation and material recovery?
Yes. Coarse granules reduce oxidation loss and increase recovery; medium flakes ensure uniform dissolution and precise chemical contribution.
Can specifications be customized for specific industrial requirements?
Yes. ZhenAn offers multi-size and high-purity silicon metal tailored to process needs.
About ZhenAn
ZhenAn specializes in industrial silicon metal and ferroalloy materials, serving steelmakers, alloy producers, and chemical industry manufacturers. The company emphasizes process compatibility, batch consistency, and technical reliability, helping clients reduce operational risk and maximize industrial efficiency.
