Low-Impurity Pure Iron For Steelmaking

Low-Impurity Pure Iron For Steelmaking

Product Overview Our Low-Impurity Pure Iron (Fe ≥ 99.5%) is a critical raw material for modern steelmaking, engineered to meet the exacting demands of electric arc furnace (EAF) and basic oxygen furnace (BOF) operations. With ultra-low sulfur (<0.005%), phosphorus (<0.01%), and...
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Description

Product Overview

Our Low-Impurity Pure Iron (Fe ≥ 99.5%) is a critical raw material for modern steelmaking, engineered to meet the exacting demands of electric arc furnace (EAF) and basic oxygen furnace (BOF) operations. With ultra-low sulfur (<0.005%), phosphorus (<0.01%), and non-metallic inclusion content, this product ensures cleaner steel production, enhanced metallurgical control, and reduced refining costs.

Why Purity Matters in Steelmaking
Impurities in iron feedstock directly impact steel quality:

Sulfur: Causes brittleness and hot shortness

Phosphorus: Reduces ductility and impact resistance

Non-metallic inclusions: Degrade mechanical properties and surface finish

Our pure iron minimizes these risks, enabling steel producers to:

Achieve tighter chemical composition control

Reduce desulfurization/dephosphorization agent consumption

Improve casting yield and product consistency

Key Product Advantages

Ultra-Low Impurity Levels

Sulfur: <0.005% | Phosphorus: <0.01%

Carbon: 0.02-0.08% (adjustable)

Manganese: <0.15%

Enhanced Metallurgical Performance

Superior reduction efficiency in EAF operations

Improved slag formation and foam stability

Consistent melting behavior (1500-1540°C)

Process Optimization Benefits

Reduced energy consumption per ton

Lower alloy addition requirements

Minimized ladle furnace refining time

Technical Specifications

Parameter

Specification

Purity

Fe ≥ 99.8%

Granulation

10-50mm (adjustable)

Bulk Density

≥2.2 g/cm³

Moisture Content

≤0.5%

Packaging

1MT Big Bags/Bulk

FAQs
Q: How does pure iron reduce production costs?
A: By minimizing impurity removal steps and reducing alloy consumption during refining.

 

Q: Can it replace scrap in EAF operations?
A: Yes, as a premium substitute offering consistent composition and lower contamination risk.

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