HS Code for Antimony scrap

Antimony scrap is classified under HS code 811020 because this subheading specifically covers "Antimony; waste and scrap." Chapter 81 of the Harmonized System is dedicated to other base metals, cermets, and articles thereof, including their waste and scrap. This classification is appropriate for metallic antimony materials that are no longer suitable for their original purpose and are intended for recovery or recycling. It distinguishes metallic waste from other forms of antimony-containing materials, such as ores or chemical compounds, by focusing on its physical state as discarded or surplus metal.

Products Included

• Used antimony metal pieces
• Antimony alloy scrap from manufacturing processes
• Discarded antimony-containing battery grids
• Antimony ingots or pieces that are off-specification or damaged
• Antimony-bearing type metal scrap

Common Misclassification

A common misclassification for antimony scrap involves HS code 262091, which covers "Slag, ash and residues containing antimony." While both are forms of waste, 262091 is specifically for non-metallic residues like slag and ash, whereas 811020 is for metallic waste and scrap. The distinction lies in the material's primary composition and form. Another potential confusion arises with HS code 811090, which covers "Other antimony articles." This code is for manufactured articles of antimony that are still functional or intended for use, not for materials designated as waste or scrap for recovery.

FAQ

What is the HS code for Antimony scrap?

The HS code for antimony waste and scrap is 811020.

What is the primary use of antimony scrap?

The primary use of antimony scrap is recycling. It is collected and processed to recover antimony metal, which is then re-melted and used in the production of new antimony alloys. These alloys are critical components in various industries, including lead-acid batteries (to harden lead), type metal for printing, bearing metals, and as a component in certain semiconductors and flame retardants, contributing to a circular economy for this valuable metal.