7409 - Copper plates, sheets and strip, of a thickness exceeding 0.15 mm:
Sub-classifications
-
-
7409 11
-
7409 1110 00
-
7409 1150
-
7409 1150 10
-
7409 1150 50
-
-
-
7409 19
-
7409 1910 00
-
-
7409 1950 00
-
7409 1990 00
-
-
-
-
-
7409 2100
-
7409 2100 10
-
-
7409 2100 50
-
-
7409 2100 75
-
7409 2100 90
-
-
-
-
7409 2900
-
7409 2900 10
-
-
7409 2900 50
-
-
7409 2900 75
-
7409 2900 90
-
-
-
-
-
-
7409 31
-
7409 3110 00
-
-
7409 3150 00
-
7409 3190 00
-
-
-
7409 39
-
7409 3910
-
7409 3910 30
-
7409 3910 60
-
-
-
7409 3950 00
-
7409 3990
-
7409 3990 30
-
7409 3990 60
-
-
-
-
-
7409 90
-
7409 9010
-
7409 9010 30
-
7409 9010 60
-
-
-
7409 9050
-
7409 9050 30
-
7409 9050 60
-
-
7409 9090
-
7409 9090 30
-
7409 9090 60
-
-
-
Overview
This HTS category, 7409, encompasses copper plates, sheets, and strip that are thicker than 0.15 millimeters. These are semi-finished products of copper, meaning they are typically used as a raw material for further manufacturing processes rather than as finished consumer goods. The classification specifically focuses on the physical form (plate, sheet, strip) and a minimum thickness requirement, which distinguishes it from thinner foils or thicker cast/wrought forms of copper.
Within Section XV, Chapter 74, this category sits alongside other forms of copper and articles thereof, but crucially differs from categories covering unwrought copper (Chapter 74.01), other simple products of copper (Chapter 74.03), or finished articles made from copper. It is distinct from sibling categories that might cover different base metals or articles made from those metals, emphasizing that the material composition is specifically copper or its alloys.
The subcategories within 7409 further refine the classification based on the specific composition of the copper alloy. These subdivisions are critical for accurately determining import duties and adhering to trade regulations. For example, distinctions are made between pure refined copper and various copper-zinc (brass), copper-tin (bronze), copper-nickel, and other copper alloy compositions. This detailed breakdown allows for precise classification based on the metallurgical properties of the material.