HS-6 · Subheading
790111
Zinc; unwrought, (not alloyed), containing by weight 99.99% or more of zinc
Heading 7901 — Zinc; unwrought
Chapter 79: Zinc and articles thereof
Plain-language overview
Use HS-6 790111 when importing or exporting unwrought zinc that contains 99.99% or more zinc by weight. This code is crucial for shipments like pure zinc ingots or blocks intended for industrial applications.
This HS-6 line specifically covers unwrought zinc that is not alloyed, distinguishing it from HS-6 790112, which includes alloyed zinc. If your product is pure zinc, 790111 is the right choice.
Zinc is widely used in galvanizing steel, producing alloys, and manufacturing batteries. Ensure your shipment meets the purity requirement to avoid classification issues.
When considering zinc products, remember that the purity level is critical. Products with lower zinc content may fall under different HS codes, so verify the specifications before shipping.
Keywords & topics
Short phrases that describe this HS-6 subheading when you're searching or filtering schedules.
unwrought zinc · pure zinc ingots · zinc blocks · zinc slabs · 99.99% zinc · zinc for galvanizing · zinc battery production · chemical manufacturing zinc · zinc sheets · zinc rods · not alloyed zinc · zinc shipments · zinc classification · zinc purity requirements
Examples
Drawn from the official tariff wording for this HS-6 subheading. Always confirm against your published schedule and legal notes.
- Pure zinc ingots for industrial use
- Unwrought zinc blocks for galvanizing processes
- Zinc slabs with a purity of 99.99% or higher
- Zinc metal for battery production
- Zinc used in chemical manufacturing
- Unalloyed zinc sheets for construction
- Zinc rods for electrical applications
Common questions
How people often phrase their search when they're trying to classify goods like yours.
- What is HS code for pure zinc?
- How to classify unwrought zinc?
- Is my zinc alloyed or not?
- What are the purity requirements for zinc?
- Can I use HS-6 790111 for zinc sheets?
- What products fall under HS-6 790111?
- How to import pure zinc?
- What does unwrought zinc mean?
Related topics
Longer phrases that come up when you're comparing codes or talking to a broker.
- how to classify unwrought zinc with 99.99% purity
- difference between alloyed and unwrought zinc HS codes
- requirements for importing pure zinc ingots
- what products are classified under HS-6 790111
- how to determine if zinc is alloyed or not
- zinc purity levels for customs classification
- shipping unwrought zinc for industrial use
- understanding zinc HS codes for trade compliance
Questions & answers
For orientation only—the binding text is your national tariff and the WCO nomenclature your country uses.
- What is the difference between HS-6 790111 and HS-6 790112?
- HS-6 790111 covers unwrought zinc that is not alloyed and contains 99.99% or more zinc, while HS-6 790112 includes alloyed zinc.
- What types of products can I classify under HS-6 790111?
- You can classify pure zinc ingots, blocks, slabs, and sheets that meet the purity requirement of 99.99% or more under HS-6 790111.
- How do I ensure my zinc shipment meets the purity requirement?
- You should obtain a certificate of analysis or similar documentation from your supplier that confirms the zinc content is 99.99% or higher.
- Can I use HS-6 790111 for zinc used in batteries?
- Yes, if the zinc is unwrought and meets the 99.99% purity requirement, it can be classified under HS-6 790111 for battery production.
- What should I do if my zinc has less than 99.99% purity?
- If your zinc has less than 99.99% purity, you will need to classify it under a different HS code that corresponds to its specific composition.
- Is there a specific documentation required for importing HS-6 790111?
- You will typically need a commercial invoice, packing list, and possibly a certificate of analysis to confirm the zinc purity when importing HS-6 790111.
- What are common uses for unwrought zinc classified under HS-6 790111?
- Common uses include galvanizing steel, producing alloys, and manufacturing batteries, where high purity is essential for performance.
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