HS Code for Iron granules

Iron granules are classified under HS code 7205.10. This classification is found within Chapter 72, which covers iron and steel. Heading 7205 is specifically dedicated to granules and powders of pig iron, spiegeleisen, iron, or steel. The classification is determined by the physical dimensions of the particles as defined in the Chapter 72 Subheading Note 1(b). Granules are defined as products of which less than 90% by weight passes through a sieve with a mesh aperture of 1 mm and of which 90% or more by weight passes through a sieve with a mesh aperture of 5 mm. This technical distinction is vital for distinguishing granules from powders (which are finer) and from larger fragments or scrap. Iron granules are often produced by atomizing molten iron or by crushing solid iron and are used extensively in industrial applications such as abrasive blasting, metallurgy, and chemical processes.

Products Included

• Cast iron granules
• Steel shot and grit
• Iron granules for abrasive blasting
• Pig iron granules
• Spiegeleisen granules

Common Misclassification

Iron granules are often confused with iron powders, which are classified under HS codes 7205.21 (alloy steel) or 7205.29 (other). The distinction depends entirely on the sieve test mentioned in the chapter notes. Another common misclassification is HS code 7203.10, which covers ferrous products obtained by direct reduction of iron ore (sponge iron). While sponge iron can be granular in appearance, it is a primary product of reduction rather than a manufactured granule of iron or steel. Additionally, waste and scrap (7204) are sometimes confused with granules, but scrap consists of discarded metal rather than intentionally sized granules.

FAQ

What is the HS code for iron granules?

The HS code for granules of iron, steel, pig iron, or spiegeleisen is 7205.10.

How are granules different from powders in the HS system?

Granules are larger; they are defined as having less than 90% of their weight pass through a 1 mm sieve, whereas powders are finer particles that exceed that 90% threshold.