Global Iron Ore Pellets (PS Balls) Exporter & Supplier
We are a leading exporter and supplier of high-quality iron ore pellets (PS balls), delivering uniform, high-strength pellets to steel manufacturers and industrial buyers worldwide.
With access to premium iron ore fines, advanced pelletization technology, and a strong global logistics network, we ensure consistent quality, precise specifications, and reliable delivery. Our pellets are engineered for maximum efficiency in modern steelmaking processes.
What are Iron Ore Pellets (PS Balls)?
Iron ore pellets are small spherical balls made by agglomerating iron ore fines into uniform sizes, typically 8 mm to 16 mm in diameter. These pellets are hardened through thermal processing, resulting in strong, durable, and highly efficient feedstock for blast furnaces and direct reduction processes.
Key Advantages of Iron Ore Pellets
- Uniform Size & Shape for consistent furnace performance
- High Iron Content (Fe) for better productivity
- Low Impurities (Silica, Alumina, Sulfur, Phosphorus)
- High Compressive Strength reduces breakage
- Excellent Permeability improves furnace airflow
- Energy Efficiency in steelmaking processes
- Reduced Emissions compared to raw ore
Pellets transform iron ore into a more efficient and environmentally friendly raw material.
Types of Iron Ore Pellets We Export
- Blast Furnace (BF) Pellets
Designed for use in blast furnaces.
Features:
- High strength
- Good reducibility
- Direct Reduction (DR) Pellets
Used in sponge iron and DRI plants.
Features:
- High metallization potential
- Low gangue content
- Fluxed Pellets
Contain additives like limestone/dolomite.
Features:
- Improved slag formation
- Enhanced furnace efficiency
- Non-Fluxed Pellets
Pure iron ore pellets without additives.
Technical Specifications
- Iron (Fe): 62% – 68%+
- Size: 8 – 16 mm
- Silica (SiO₂): Low
- Alumina (Al₂O₃): Low
- Phosphorus (P): < 0.05%
- Sulfur (S): Low
- Cold Crushing Strength (CCS): High
- Porosity: Optimized for reduction
Each batch is tested to meet international metallurgical standards.
Pelletization Process
- Iron Ore Beneficiation
Fines are upgraded to improve Fe content.
- Mixing & Conditioning
Binders (like bentonite) and additives are added.
- Balling (Formation of PS Balls)
Fines are rolled into spherical pellets.
- Induration (Firing)
Pellets are heated at ~1200–1300°C for strength.
- Cooling & Screening
Ensures uniform size and durability.
- Quality Testing
Mechanical and chemical testing.
- Packaging & Export
Prepared for global shipment.
Industrial Applications
Steel Industry (Primary Use)
Used in:
- Blast furnaces
- Direct reduction plants
Benefits:
- Higher productivity
- Lower coke consumption
- Stable furnace operation
Sponge Iron (DRI) Plants
Preferred raw material for consistent metallization.
Metallurgical Industry
Used in various iron and steel processes.
Global Market Demand
Major Importing Countries
- China
- Japan
- South Korea
- UAE
- Europe
Market Drivers
- Growth in steel production
- Shift toward energy-efficient raw materials
- Environmental regulations favoring pellets
- Expansion of DRI-based steel plants
Why Choose Us as Your Iron Ore Pellet Supplier?
High Fe Content
Maximizes steel output.
Uniform Pellet Quality
Consistent size and strength.
Advanced Pelletization
Ensures durability and performance.
Reliable Supply Chain
Stable and scalable supply.
Custom Specifications
Tailored pellet chemistry and size.
Global Export Expertise
Efficient logistics and documentation.
Packaging & Shipping
- Bulk vessel shipments
- Containerized cargo
- Custom packaging on request
Ports: Major Indian ports
Delivery: Worldwide
Industries We Serve
- Steel manufacturers
- DRI plants
- Metallurgical industries
Contact Us for Bulk Supply
Looking for a reliable supplier of iron ore pellets (PS balls)? We deliver consistent quality, competitive pricing, and global logistics support.
Contact us today for technical datasheets, samples, and pricing.
Technical Specifications
Chemical Formula: Fe₂O₃ (oxidized pellets)
Color: Reddish-brown to dark brown
Size: 8-16 mm diameter
| Chemical Composition Guaranteed Specification | |
|---|---|
| Fe | 62-67% |
| SiO₂ | 4.00% max |
| Al₂O₃ | 2.50% max |
| CaO | 1.50% max |
| Phosphorous (P) | 0.050% max |
| Sulphur (S) | 0.020% max |
| Physical Composition | |
|---|---|
| Size | 8-16 mm |
| Oversize +16 mm | 5.00% max |
| Undersize -8 mm | 5.00% max |
| Compression Strength | 200-300 kg/pellet |
| Tumbler Index | 93% min |
Acid Reactivity: Stable; reacts with strong acids
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