Introducing Iron Ore Pellets
Unlock the Potential of Your Ironmaking Process
Iron Ore Pellet is a premium agglomerated iron ore product manufactured through high-temperature induration of iron ore fines. This advanced processing creates spherical pellets with uniform size distribution, high physical strength, and optimized chemical composition.
Our iron ore pellets are specifically engineered for efficient ironmaking processes, offering stable chemical composition, high reducibility, and strong mechanical performance. The consistent quality ensures predictable metallurgical behavior, reduced energy consumption, and improved furnace productivity.
Suitable for both blast furnace (BF) and direct reduction (DR) operations, these pellets represent the optimal balance of chemistry, physical properties, and cost-effectiveness for modern steel production.
Key Characteristics
Uniform Size Distribution
Uniform size distribution is a key characteristic of Steelvestra's metal products. Our consistent particle size, ranging from 8 to 15mm, ensures optimal gas flow and uniform reduction in furnaces.
High Physical Strength
Our metal products have a high physical strength, with a cold crushing strength of 85-95%.
Superior Reducibility
With a highly reducible iron content of 62-66%, our metal products improve furnace efficiency and productivity.
Low Impurity Levels
At Steelvestra, we ensure our metal products have low impurity levels, with controlled sulphur (≤0.02%) and phosphorus (≤0.04%).
Stable Chemical Composition
Our metal products have a consistent chemistry batch-to-batch, ensuring predictable furnace performance.
Technical Specifications:
Iron Ore Pellet
Find all you need to know about the technical specifications of our raw steel material at Steelvestra.
Total Iron (Fe)
65 - 69 % wt
Reducible Iron (Fe)
62 - 66 % wt
particle size
8-15 mm
Aluminium Oxide (Al₂O₃)
0.8 - 1.5 % wt
High-Purity Metallic Iron for Modern Steelmaking
Direct Reduced Iron
DRI
Direct Reduced Iron (DRI), also known as sponge iron, is a porous metallic iron product obtained by reducing iron ore with reducing gases (natural gas or syngas) below the melting point of iron.
This advanced ironmaking process produces a high-purity, highly metallized feedstock that is ideal for electric arc furnace (EAF) steelmaking. Unlike traditional blast furnace routes, DRI production offers lower carbon emissions, reduced energy consumption, and the flexibility to produce high-quality steel without the need for coke.
Our DRI features high metallic iron content (85-90% Fe), excellent metallization levels (90-92%), and low impurity content, making it the preferred choice for modern steel producers seeking to optimize quality, reduce costs, and minimize environmental impact.
Technical Specifications:
DRI
Find all you need to know about the technical specifications of our raw steel material at Steelvestra.
Total Iron (Fe)
85 – 90 % wt
Metallization (Fe)
90 – 92 %
Carbon (C)
≤ 1.2 % wt
Density
2.0 – 3.0 g/cm³
Key Characteristics
High Metallic Iron Content
SteelVestra's Direct Reduced Iron delivers an exceptional metallic iron content of 85-90% Fe, providing maximum iron yield per ton of feedstock. This high iron content translates directly to reduced material costs and improved steelmaking economics for EAF operators.
Excellent Metallization (90-92%)
A high degree of reduction ensures efficient melting, minimal slag formation, and reduced power consumption in electric arc furnaces.
Ultra-Low Impurity Content
Controlled sulphur (≤0.02%) and phosphorus (≤0.03%) ensure superior steel cleanliness and high-grade steel production.
Stable Chemical Composition
Consistent chemistry batch-to-batch enables predictable EAF performance and optimized charge mix planning.
Low Carbon Footprint
Gas-based reduction process produces significantly lower CO₂ emissions compared to traditional blast furnace routes.