HS Code for CR steel sheet

HS code 7209.26 identifies flat-rolled products of iron or non-alloy steel, cold-rolled, not in coils, with a width of 600 mm or more and a thickness exceeding 1 mm but less than 3 mm. These are typically referred to as steel sheets or plates. The "not in coils" distinction is the primary factor separating this code from 7209.16. Cold-rolled sheets are preferred in applications requiring high-quality surface finishes and precise mechanical properties, such as automotive body panels, office furniture, or appliance manufacturing. The classification depends strictly on the absence of coiling and the specific thickness range of 1mm to 3mm. These products are usually cut-to-length from larger coils or produced as discrete sheets, and they must not be further worked beyond cold-rolling to remain in this specific category.

Products Included

• Cold-rolled steel sheets (cut-to-length)
• Non-alloy steel plates, cold-rolled, 2mm thickness
• Flat CR steel panels, width 1250mm
• Rectangular cold-rolled steel sheets for industrial use
• Cold-rolled flat-rolled steel not wound in coils

Common Misclassification

The most common misclassification is HS code 7209.16, which is the code for the exact same material but presented in coils. Importers must ensure the packaging state is correctly identified. Another error involves HS code 7209.27, which covers sheets with a thickness of 0.5 mm to 1 mm. Additionally, if the steel is alloyed (e.g., stainless steel), it would move to Chapter 7219 or 7225, making the "non-alloy" status a critical check for 7209.26. Hot-rolled sheets are also frequently confused and belong under heading 7208.

FAQ

What is the HS code for CR steel sheet?

The HS code for cold-rolled steel sheets (not in coils) with a width of 600mm or more and a thickness between 1mm and 3mm is 7209.26.

How does this differ from hot-rolled sheets?

Hot-rolled sheets of similar dimensions are classified under heading 7208. Cold-rolled sheets (7209) have undergone further processing at room temperature to achieve better tolerances, superior surface quality, and increased strength.