HS 280450 Boron; tellurium
Quick Answer: HS code 280450 covers the chemical elements boron and tellurium, specifically in their uncombined forms. This includes boron, a metalloid used in ceramics, glass, and as a semiconductor dopant, and tellurium, a brittle metalloid used in alloys, solar cells, and infrared detectors. Duty rates vary significantly by jurisdiction. For example, the UK applies rates such as 4.00% and 2.00% ad valorem, while the EU TARIC system shows rates like 5.50% and 2.10%. The US Harmonized Tariff Schedule (HTS) includes rates such as 25% ad valorem for certain forms, but also "Free" for others. Importers and customs brokers must verify the specific subheading (e.g., 2804.50.10, 2804.50.50) and product form to determine the exact applicable duty rate and any potential trade restrictions or preferential agreements.
What Are the Import Duty Rates?
🇬🇧 United Kingdom
| Code | MFN | Preferential | Unit |
|---|---|---|---|
| 2804501000 | 4.00 % | — | — |
| 2804500000 | — | — | — |
| 2804509000 | 2.00 % | — | — |
🇪🇺 European Union (TARIC)
| Code | MFN | Preferential | Unit |
|---|---|---|---|
| 2804500000 | — | — | — |
| 2804501000 | 5.50 % | — | — |
| 2804509000 | 2.10 % | — | — |
🇺🇸 United States (HTSUS)
| Code | MFN | Preferential | Unit |
|---|---|---|---|
| 28045000 | Free | — | — |
| 2804500020 | — | — | ["kg"] |
| 2804500010 | — | — | ["kg"] |
Duty rates sourced from the USITC (US International Trade Commission) Harmonized Tariff Schedule (HTS) (accessed 2/22/2026), EU TARIC – DG TAXUD (Directorate-General for Taxation and Customs Union) (accessed 2/22/2026), and UK Trade Tariff – HMRC (His Majesty's Revenue and Customs) (accessed 2/22/2026).
Data compiled and presented by HSRates.
How Has Trade Volume Developed?
How to Classify This HS Code?
What products does HS 280450 cover?
This subheading covers unalloyed boron and tellurium in their elemental forms, as defined by the World Customs Organization (WCO) Harmonized System Nomenclature for Heading 2804, which encompasses "Hydrogen, rare gases and other non-metals." Specifically, HS 2804.50.00 in the US Harmonized Tariff Schedule (HTSUS) and the EU TARIC system precisely designates "Boron; tellurium." This includes boron and tellurium whether in powder, lump, or other primary forms, provided they meet the purity requirements for unalloyed non-metals within Chapter 28, ensuring they are not combined with other elements to form alloys or compounds.
What falls outside HS 280450?
The following products are excluded from HS 280450: boron compounds, such as boric acid (HS 2810.00) or borates (HS 2840.00), which are chemical compounds rather than elemental boron. Similarly, tellurium compounds, like tellurides or tellurium dioxide, are classified under other specific headings within Chapter 28 or Chapter 29, depending on their chemical structure. Furthermore, alloys where boron or tellurium are intentionally combined with other metals to impart specific properties, such as ferroboron (HS 7202.99), are classified as alloys under Chapter 72 or other relevant chapters, not as unalloyed non-metals.
What are common classification mistakes for HS 280450?
A common error is misclassifying boron or tellurium compounds as elemental forms under HS 280450, failing to recognize that Chapter 28 distinguishes between elements and their chemical compounds. For instance, boron carbide, a ceramic material, is often mistakenly considered elemental boron but is correctly classified under HS 2849.90 as other carbides. This mistake often arises from insufficient attention to the specific chemical identity of the product, violating General Interpretative Rule (GRI) 1, which mandates classification according to the terms of the headings and any relative section or chapter notes, emphasizing the distinction between elements and compounds.
How should importers classify products under HS 280450?
The correct procedure for classifying products under HS 280450 involves first confirming that the product is indeed unalloyed elemental boron or tellurium, and not a compound or an alloy. Importers and customs brokers should obtain a Certificate of Analysis (CoA) or similar documentation from the manufacturer, detailing the chemical composition and purity. This documentation is crucial to verify that the product meets the definition of an unalloyed non-metal as per Chapter 28 notes. Subsequently, cross-referencing with the USITC HTSUS or EU TARIC system for HS 2804.50.00 will confirm the appropriate subheading and applicable duty rates, ensuring compliance and avoiding potential penalties.
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FAQ
What are the typical Most Favored Nation (MFN) import duty rates for HS 2804.50 (Boron; tellurium) in major markets?
The MFN (Most Favored Nation) import duty rates for HS 2804.50 can vary significantly by importing country. For example, the United States generally applies a 'Free' duty rate for products classified under 2804.50.90 (Other boron; tellurium) according to the USITC Harmonized Tariff Schedule. The European Union's TARIC database shows a common MFN duty rate of 'Free' for HS 2804.50.00. However, other countries may impose duties. Importers should always consult the specific tariff schedule of the destination country, such as the UK Trade Tariff, to verify the exact MFN duty applicable at the time of import.
Are there any preferential duty rates available for HS 2804.50 under common trade agreements?
Yes, preferential duty rates, often 'Free', are frequently available for HS 2804.50 under various free trade agreements (FTAs) and preferential trade programs. For instance, imports into the United States from countries party to agreements like USMCA (United States-Mexico-Canada Agreement), CAFTA-DR (Dominican Republic-Central America FTA), or Generalized System of Preferences (GSP) eligible countries may qualify for duty-free treatment, provided all rules of origin requirements are met. Similarly, the EU applies preferential rates under its extensive network of FTAs. Importers must ensure they have the correct documentation, such as a certificate of origin, to claim these preferential rates.
What are the key classification criteria for distinguishing between 'Boron' and 'Tellurium' within HS 2804.50?
HS 2804.50 specifically covers 'Boron; tellurium'. The classification hinges on the chemical identity of the substance. 'Boron' refers to the chemical element with atomic number 5 (B), typically in its elemental form. 'Tellurium' refers to the chemical element with atomic number 52 (Te), also in its elemental form. This heading does not include compounds of boron or tellurium, which would fall under other headings in Chapter 28 or 29 depending on their chemical structure. For instance, boron oxides (e.g., boron trioxide) are classified under HS 2810.00. Importers must provide clear product descriptions and, if necessary, chemical analysis reports to confirm the elemental nature of the product for accurate classification under 2804.50.
What specific documentation is typically required for importing products under HS 2804.50?
Standard import documentation for HS 2804.50 includes a commercial invoice, packing list, and bill of lading or air waybill. If claiming preferential duty rates under a free trade agreement, a valid Certificate of Origin (e.g., USMCA Certificate of Origin, EUR.1 movement certificate for EU FTAs) is mandatory. Depending on the purity, form, and intended use of the boron or tellurium, additional regulatory documentation might be required. For example, if the substance is considered hazardous, a Safety Data Sheet (SDS) may be necessary, and compliance with specific chemical control regulations (e.g., TSCA in the US, REACH in the EU) could apply. Importers should verify all specific requirements with the customs authority of the importing country.
Are there any specific trade restrictions or special controls on boron or tellurium under HS 2804.50?
While elemental boron and tellurium under HS 2804.50 are not typically subject to widespread specific trade restrictions like certain dual-use goods or controlled substances, importers should be aware of potential end-use controls or export licensing requirements in the country of export. For example, high-purity boron or specific isotopes of boron can have applications in nuclear technology, which may trigger export controls under regimes like the Nuclear Suppliers Group (NSG) if the material meets certain purity or isotopic enrichment thresholds. Tellurium, while less restricted, can also have specialized uses. Importers should always conduct due diligence on the origin and intended use of these materials and consult relevant national export control lists and international non-proliferation treaties.