HS Code for Tantalum ore

Tantalum ore is classified under HS code 2615.90. This code is situated within Chapter 26, which covers ores, slag, and ash. Heading 2615 specifically includes niobium, tantalum, and vanadium ores and their concentrates. Tantalum is rarely found as a free element in nature; it usually occurs in minerals such as tantalite, columbite, and microlite. The term "concentrates" refers to ores which have had part or all of the foreign matter removed by special treatments, such as enrichment by physical or chemical means, provided that these treatments do not alter the chemical state of the metal. The classification of tantalum ore under 2615.90 is straightforward according to GRI 1, as the heading text explicitly names tantalum ores. This classification is vital for international trade statistics and the application of tariffs, as tantalum is considered a critical raw material for the electronics and aerospace industries. The "90" suffix indicates the "Other" category within the 2615 heading, as niobium (columbium) and tantalum are often grouped together in trade nomenclature due to their similar chemical properties and frequent occurrence in the same mineral deposits.

Products Included

• Tantalite ore
• Columbite-tantalite (Coltan) concentrates
• Microlite mineral specimens
• Struverite concentrates
• Tantalum-bearing mineral sands

Common Misclassification

Tantalum ore is sometimes misclassified under HS code 2620.91, which covers slag, ash, and residues containing antimony, beryllium, cadmium, chromium, or their mixtures. However, 2620 is for industrial byproducts, whereas 2615.90 is for naturally occurring minerals and their concentrates. It may also be confused with 2804.90 for chemical elements, but ores are strictly raw mineral forms.

FAQ

What is the HS code for Tantalum ore?

The HS code for tantalum ore and its concentrates is 2615.90.

Does this code include processed tantalum powder?

No, processed tantalum powder is classified under HS code 8103.20 as unwrought tantalum, as it has undergone chemical transformation beyond the concentrate stage.