HS Code for Zirconium & Hafnium (HS 8109 / 8112.31)
Nuclear-grade zircaloy tubing clads uranium fuel pellets in PWR/BWR reactors - the primary nuclear application. Hafnium (nearly always found with Zr) is separated and used for reactor control rods, superalloys, semiconductor high-k dielectrics. SMR deployment drives niche demand growth.
Sample 6-digit codes
| Code | Description |
|---|---|
| 8109.20 | Zirconium unwrought / powders |
| 8109.31 | Zirconium waste and scrap |
| 8112.31 | Hafnium unwrought / powders |
Typical import duty by market
| Market | Duty |
|---|---|
| European Union | 5% |
| United States | 4.4% |
| Japan | 0-3% |
Worked landed-cost example
10 MT zircaloy-4 tubing 15mm OD, FOB Le Havre USD 88,000/MT, CIF Charleston SC
- · IAEA safeguards (nuclear-grade material dual-use).
- · NRC / EU / IAEA end-use certificate.
- · ASTM B350 nuclear-grade zircaloy standard.
- · IMDG Class 4 UN 2008 (pyrophoric hafnium powder).
- · Australia (mineral sands)
- · China (ATI Zr)
- · France (Framatome)
- · USA (ATI)
Frequently asked questions
Zr and Hf occur together in zircon sand (~2% Hf in Zr). Nuclear fuel cladding needs Hf below 100 ppm because Hf absorbs neutrons. Separation is by fractional distillation of ZrCl4/HfCl4 - only ~4 plants worldwide (ATI, Framatome, Chepetsk, CNNC). This creates a bottleneck for SMR fuel supply chains.
Destination market toolkits
Country-specific duty, VAT/GST and Incoterms practice for the top destinations for critical minerals.
Critical minerals landed-cost pages: every destination market
Jump straight to the critical minerals import guide for any of the destination markets we cover.
Related commodity guides
Related tools
Sources & citations
- IMO IMSBC / IMDG CodesInternational Maritime Organization
- EU Dual-Use Regulation 2021/821European Commission
- WCO Harmonized System NomenclatureWorld Customs Organization
- WTO Integrated Database (tariff data)World Trade Organization