HS Code for Agglomerated iron ore

This HS code specifically covers iron ores and concentrates that have undergone an agglomeration process. Agglomeration refers to techniques like sintering, pelletizing, or briquetting, which consolidate fine ore particles into larger, more manageable forms. This process improves handling, transportation, and efficiency in subsequent metallurgical operations, particularly in blast furnaces. The "excluding roasted iron pyrites" clause differentiates these products from iron derived from the roasting of sulfide ores, which falls under other classifications. The primary characteristic for classification here is the raw material (iron ore/concentrate) and the physical state (agglomerated).

Products Included

• Iron ore pellets
• Sintered iron ore
• Iron ore briquettes
• Agglomerated iron concentrates

Common Misclassification

260111 (Iron ores and concentrates; non-agglomerated): This code is often confused with 260112. The key distinction is the agglomeration process. If the iron ore or concentrate has not been subjected to sintering, pelletizing, or similar consolidation, it falls under 260111. Misclassification can occur if the physical state (agglomerated vs. non-agglomerated) is not accurately identified.
7204 (Ferrous waste and scrap): While both involve iron, 7204 covers waste and scrap materials, often post-consumer or industrial by-products, intended for remelting. Agglomerated iron ore (260112) is a primary raw material derived directly from mining and processing, not a waste product.

FAQ

What is the HS code for Agglomerated iron ore?

The Harmonized System (HS) code for agglomerated iron ore is 260112. This code specifically identifies iron ores and concentrates that have been processed into agglomerated forms, such as pellets or sinter, but excludes roasted iron pyrites.

Why is agglomeration important for iron ore?

Agglomeration is crucial for iron ore because it transforms fine ore particles, which are difficult to handle and process, into larger, more uniform lumps. This improves permeability in blast furnaces, reduces dust generation, and enhances overall efficiency and productivity in steelmaking.