HS Code for Hot-rolled alloy steel coil

HS code 7225.30 covers flat-rolled products of alloy steel, with a width of 600mm or more, that are hot-rolled and presented in coils. The classification is determined first by the chemical composition; the steel must contain alloying elements in concentrations exceeding the limits set for non-alloy steel in the Harmonized System's legal notes (e.g., more than 0.3% chromium or 1.65% manganese). Secondly, the physical state is "hot-rolled," meaning the steel was reduced in thickness at temperatures above its recrystallization point, typically exceeding 1,100 degrees Celsius. The "in coils" requirement is a critical distinction for customs, as it identifies the product's form for transport and subsequent processing. These coils are often the raw material for automotive parts, structural sections, and heavy-duty pipes. The classification excludes stainless steel, which has its own dedicated headings (7219), and non-alloy steel (7208). Accurate classification under 7225.30 requires verification of the mill test certificate to confirm both the alloy content and the hot-rolled production method, as these factors significantly impact duty rates and trade regulations.

Products Included

• Hot-rolled alloy steel coils
• High-strength low-alloy (HSLA) steel coils
• Alloy steel wide strip in coils
• Hot-rolled boron-added steel coils

Common Misclassification

This code is often confused with HS code 7225.40, which covers the same alloy steel material but in a "not in coils" format (plates). It is also frequently misclassified under 7208.39 if the alloy content is not properly documented, as 7208 is for non-alloy hot-rolled coils. Furthermore, if the material contains more than 10.5% chromium, it must be moved to 7219.12 as stainless steel.

FAQ

What is the HS code for hot-rolled alloy steel coil?

The HS code for flat-rolled alloy steel, width 600mm or more, hot-rolled and in coils, is 7225.30.

What defines "alloy steel" for HS code 7225.30?

Alloy steel is defined by specific weight thresholds of elements like manganese (>1.65%), silicon (>0.6%), or chromium (>0.3%) as per Chapter 72 Note 1(f).