Understanding the Core HS Classification for Lithium-Ion Batteries
The international Harmonized System (HS) code for lithium-ion batteries is 8507.60, officially described as "Lithium-ion accumulators." This heading, part of WCO HS 2022 (effective through 2026), encompasses rechargeable lithium-ion cells, batteries, packs, and modules, whether standalone or with integrated circuits. It excludes non-rechargeable primary batteries, spent units, or those embedded in finished equipment.
From our experience handling shipments across 250+ countries, this classification is pivotal for electronics manufacturers, EV assemblers, and ESS providers. For instance, prismatic cells for EVs fall squarely under 8507.60, as confirmed by recent US CBP rulings like N323866 in 2026. The lithium battery HS code 8507.60 ensures accurate tariff application and statistical reporting, with national suffixes adding granularity—such as US HTS 8507.60.0020 for certain modules.
In India, the equivalent lithium ion battery HSN code is 85076000, aligning with global standards but subject to local GST and import duties. Similarly, the lithium battery HSN code 85076000 applies, reflecting India's push for domestic production via the PLI scheme.
Country-Specific HS Codes and Duty Implications
Duties vary significantly by origin and destination, amplifying the need for precise HS code battery identification. In the US, HTS 8507.60.00 carries a 3.4% MFN rate, but China-origin goods face an additional 25% Section 301 tariff (escalated January 2026), pushing effective rates to ~28.4% or higher including fees.
| Exporter | Top Importer | 2024 Trade Value (USD) | HS Code Used |
| China | United States | ~$50B+ | 8507.60 |
| South Korea | Germany | ~$15B | 85076000 |
| Japan | Vietnam | ~$10B | 8507.60 |
India's 85076000 incurs ~10% basic customs duty plus 18% IGST, down from prior 28% GST, supporting local assembly. EU's Combined Nomenclature (CN) 85076000 ranges 3–8%, plus VAT and REACH for hazardous substances. Canada and Mexico offer preferences under USMCA, with rates 0–15%.
To mitigate these costs, we recommend leveraging tools like our Duties & Taxes Calculator. This platform provides instant estimates for HS 8507.60 shipments, factoring in origin-specific surcharges and helping you plan budgets accurately.
Logistics and Dangerous Goods Challenges in Shipping Lithium-Ion Batteries
Lithium-ion batteries are classified as dangerous goods (DG), with UN numbers like 3480 (standalone cells/batteries) and 3481 (packed with equipment). This mandates strict compliance across transport modes.
For air freight, IATA DGR 2026 (effective January 1, 2026) enforces state-of-charge (SoC) ≤30% for high-capacity units (>2.7Wh), reducing fire risks via PI 966 Sections I/II. Sea shipments follow IMDG Special Provisions 188/230, limiting quantities per package. Road and rail align with UN Model Regulations.
High density requires optimized packaging, often temp-controlled, driving up freight rates. We've seen insurance premiums rise post-2025 incidents, underscoring the value of our Customs Clearance service, which includes AI-driven HS code validation and DG documentation support for seamless clearance.
Use our Instant Quote tool above to compare rates for DG-compliant air or sea options, ensuring cost-effective routing from hubs like Hong Kong to major importers.
Global Trade Trends and 2026 Regulatory Updates
Global trade in HS 8507.60 reached $116B in 2024, down 8.83% from 2023 but buoyed by EV and ESS demand. China dominates exports (>80%), with the US, Germany, Vietnam, and India as top destinations. India's imports under 85076000 surged for electronics assembly.
Key 2026 updates include US EO 14389 (February 2026) retaining Li-ion surcharges despite some tariff reliefs, and PHMSA phasing out phone numbers on lithium labels by December 31, 2026. No HS revisions until 2027, but national refinements persist.
These shifts demand agile supply chains. Our platform's real-time Track & Trace complements HS compliance, offering end-to-end visibility for time-sensitive battery shipments.
Best Practices for HS 8507.60 Compliance in Freight Forwarding
1. Verify classification early: Use MSDS and test summaries to confirm rechargeable Li-ion status. 2. Calculate duties proactively: Account for surcharges like US Section 301. 3. Prepare DG docs: Include UN test summaries, labels, and SoC declarations. 4. Optimize modes: Air for urgency (despite SoC limits), sea for volume. 5. Insure adequately: Cargo Insurance covers fire and thermal runaway risks.
From Hong Kong's vantage, we've optimized countless China-US routes, blending sea freight economics with air speed where needed.