How to Ship a Car Battery from China: A Complete Guide 2026
Last updated: 13May 2026 · Reading time: 18 minutes · Author: Bill Guo, Sales Manager, BAT Logistics
What you’ll learn: This guide covers every step of shipping car batteries from China — battery classification, shipping methods, required documents, packaging requirements, customs clearance, and common mistakes to avoid. Based on real shipment data and operational experience.
Table of Contents
1.Why Import Car Batteries from China?
China manufactures over 60% of the world’s automotive batteries, ranging from cost-competitive Lead-Acid batteries for conventional vehicles to large-format EV battery packs for the fastest-growing electric vehicle market globally.
For importers, the appeal is straightforward:
- Cost advantage: Chinese manufacturers offer 30–50% lower prices compared to equivalent products from Europe or North America, depending on battery type and specifications
- Product range: From Lead-Acid to AGM, Gel, Lithium, and EV Battery packs — one sourcing market covers all categories
- Production capacity: China’s battery manufacturing capacity exceeds 3,000 GWh annually, with supply chains optimized for export
However, shipping car batteries internationally is not like shipping regular auto parts. Batteries are classified as hazardous materials in most jurisdictions, which means stricter regulations, specialized packaging, and additional documentation requirements.
The single most important decision you’ll make is choosing the right logistics partner. A forwarder without hazmat expertise can turn a straightforward shipment into a customs nightmare — or worse.
2.Types of Car Batteries You Can Ship from China
Before planning your shipment, identify the battery type you’re importing. Each category has different regulations, packaging requirements, and shipping costs.
2.1 Lead-Acid Car Battery
The most common automotive battery type globally. Affordable, reliable, and widely available in sizes ranging from 40 Ah to 200 Ah.
- Chemistry: Lead-antimony or lead-calcium alloy plates submerged in sulfuric acid electrolyte
- Weight: Typically 15–30 kg per unit
- Hazmat classification: Class 8 (Corrosive)
- Key consideration: Contains liquid acid electrolyte. Must ship upright. Terminals must be protected against short-circuit.
2.2 AGM Battery (Absorbent Glass Mat)
Spill-proof and vibration-resistant. Popular in modern vehicles with start-stop systems and premium automobiles.
- Chemistry: Electrolyte absorbed into glass mat separators between plates
- Weight: Typically 18–35 kg per unit
- Hazmat classification: Class 8 (Corrosive)
- Key consideration: More sensitive to overcharging than standard Lead-Acid. Handle with care during transit to avoid internal damage.
2.3 Gel Battery
Uses silica-based electrolyte. Offers deep-cycle performance and works well in extreme temperatures.
- Chemistry: Gelled electrolyte (silica + sulfuric acid)
- Weight: Typically 20–40 kg per unit
- Hazmat classification: Class 8 (Corrosive)
- Key consideration: Physical damage can compromise the gel structure. Requires robust packaging with shock absorption.
2.4 Lithium Car Battery
Lightweight, long-lasting, and fast-charging. Increasingly common in modern ICE vehicles and hybrid systems.
- Chemistry: Lithium-ion or Lithium Iron Phosphate (LiFePO4)
- Weight: Typically 8–25 kg per unit
- Hazmat classification: Class 9 (Miscellaneous Dangerous Goods)
- Key consideration: Subject to the strictest air freight restrictions. Requires UN38.3 testing. Mandatory for air shipments.
2.5 EV Battery
Large-format, high-capacity battery packs that power electric vehicles. Represents the most complex category to ship.
- Chemistry: Lithium-ion (NMC, LFP, or emerging chemistries)
- Weight: 200–800 kg per unit for typical passenger EV packs
- Hazmat classification: Class 9 (Miscellaneous)
- Key consideration: Custom packaging, specialized handling equipment, and additional certifications required at destination. Plan 4–6 weeks extra lead time for EV battery compliance alone.
3. Step 1: Classify Your Battery
Correct classification determines which regulations apply, which documents you need, and how your freight forwarder handles your shipment.
Battery Hazard Classes at a Glance
Battery Type | UN Number | Hazard Class | Key Regulation | Air Freight Allowed? |
|---|---|---|---|---|
Lead-Acid | UN 2794 | Class 8 (Corrosive) | IATA DGR / IMDG Code | Restricted — check with carrier |
AGM / Gel | UN 2794 / UN 2800 | Class 8 (Corrosive) | IATA DGR / IMDG Code | Restricted — check with carrier |
Lithium Car Battery | UN 3480 | Class 9 (Miscellaneous) | IATA PI 965 / IMDG | Yes, with full compliance package |
EV Battery | UN 3480 | Class 9 (Miscellaneous) | IATA PI 967–970 | Yes, with full compliance package |
How to Verify Your Classification
- Check the battery’s Safety Data Sheet (SDS/MSDS) — Section 14 (Transport Information) tells you the UN number, hazard class, and packing group
- Confirm with your manufacturer that the battery has passed UN38.3 testing (mandatory for Lithium and EV batteries)
- Cross-reference with the IATA Dangerous Goods Regulations or IMDG Code for the applicable packing instruction
- Consult your freight forwarder before booking — misclassification can result in shipment rejection, fines, or criminal liability
⚠️ Important: Do not attempt to classify a battery yourself if you are unfamiliar with UN hazmat regulations. Engage a certified hazmat forwarder or customs broker.
4. Step 2: Choose the Right Shipping Method
The right shipping method depends on three factors: volume, battery type, and timeline.
4.1 Sea Freight (Recommended for Most Shipments)
Sea freight handles the vast majority of international car battery shipments. It’s the most cost-effective method and accommodates all battery types including large EV battery packs.
Full Container Load (FCL) — 20ft or 40ft Container
- Best for: Large volumes (50+ Lead-Acid batteries, 10+ EV battery packs)
- Advantages: Maximum control over handling, no mixing with other shippers’ goods
- Transit time: 20–45 days depending on destination port
Less than Container Load (LCL)
- Best for: Smaller orders (1–20 batteries)
- Advantages: Lower cost than FCL for partial loads, more flexible booking
- Transit time: 25–40 days depending on route
- Consideration: Batteries will be consolidated with other goods — ensure your forwarder applies correct hazmat segregation rules
4.2 Air Freight
Air freight is significantly faster but considerably more expensive, with stricter hazmat compliance requirements.
When to choose air freight:
- Urgent samples or prototype shipments
- Lightweight Lithium Car Batteries (under 100 Wh per cell) that qualify for limited quantity exceptions
- EV Battery samples where time-to-market is critical
Air freight restrictions for batteries:
Battery Type | Air Freight Rule |
|---|---|
Lead-Acid (packed with liquid electrolyte) | Generally prohibited on passenger aircraft. Cargo aircraft only, with strict quantity limits. |
AGM / Gel | Same restrictions as Lead-Acid |
Lithium Car Battery | Allowed under IATA Packing Instruction 965 — requires full compliance package |
EV Battery | Allowed under IATA Packing Instructions 967–970 with full compliance; expensive due to size and weight |
📌 Practical note: For most commercial imports of Lead-Acid batteries, sea freight is the default choice. Air freight premium typically runs 5–10x the cost of equivalent sea freight.
4.3 Express / Courier
Express services (DHL, FedEx, UPS) can handle small sample quantities, particularly Lithium Car Batteries under 100 Wh that qualify for limited quantity exceptions.
- Best for: Sample quantities (1–5 batteries), urgent prototypes
- Limitation: Strict weight and watt-hour limits; EV batteries and large Lead-Acid units cannot ship via express
- Cost: $8–$20 per kg depending on service level and destination
Shipping Method Comparison
Factor | Sea Freight (FCL) | Sea Freight (LCL) | Air Freight | Express / Courier |
|---|---|---|---|---|
Best for | Large volumes | Small-to-medium orders | Urgent samples | Samples < 100 Wh |
Cost | $2,000–$8,000 / container | $1.50–$4.00 / kg | $6–$15 / kg | $8–$20 / kg |
Transit time | 20–45 days | 25–40 days | 5–10 days | 3–7 days |
Battery types | All types | All types | Lithium / EV preferred | Lithium only (limited) |
Hazmat handling | Standard with certified forwarder | Standard | Strict compliance required | Limited quantity rules apply |
5. Step 3: Prepare Required Documents
Documentation is where many battery shipments fail. Missing or incorrect paperwork is the #1 cause of customs delays for hazmat cargo.
Documents Required for All Battery Shipments
Document | What It Is | Who Issues It |
|---|---|---|
Commercial Invoice | Customs valuation and duty calculation | Your Chinese supplier |
Packing List | Contents, quantities, weight, dimensions | Your Chinese supplier |
Bill of Lading (B/L) | Title document for ocean freight; air waybill for air freight | Freight forwarder |
Certificate of Origin | Confirms country of manufacture for tariff determination | CCPIT (China Council for the Promotion of International Trade) or authorized body |
Additional Documents for Hazardous Battery Shipments
Document | Purpose | Who Issues It |
|---|---|---|
MSDS / SDS (Material Safety Data Sheet) | Hazmat classification and emergency response info | Battery manufacturer |
Dangerous Goods Declaration (DGD) | Confirms compliance with IATA/IMDG for the specific shipment | Freight forwarder (based on shipper’s info) |
UN38.3 Test Report | Proves battery can withstand transport conditions (altitude, thermal, vibration, impact) | Accredited testing laboratory |
Transport Document (e.g., IATA Shipper’s Declaration) | Legal declaration of hazmat contents for air shipments | Freight forwarder |
Import License | Country-specific permit for battery imports | Destination country authority |
Documents Specific to EV Battery Shipments
- Battery Management System (BMS) documentation: Technical specs on the battery management system’s safety functions
- UN38.3 test summary: Concise summary of test results for customs review
- Country-specific certifications: CE marking (EU), UL listing or ETL (US), etc.
📌 Tip: Request all documents from your supplier before shipment is dispatched. Obtaining documents after batteries are already in transit causes significant delays and storage costs.
6. Step 4: Handle Packaging Correctly
Proper packaging is not optional — it’s a legal requirement under international hazmat transport regulations.
Lead-Acid / AGM / Gel Battery Packaging
- ✅ Must be packed upright (terminals pointing up)
- ✅ Terminals must be protected against short-circuit: either taped, covered with non-conductive caps, or packed in individual plastic bags
- ✅ Outer carton must display Class 8 Corrosive hazard labels and UN number markings
- ✅ Inner packaging: acid-absorbent material inside the carton
- ✅ Cushioning: sufficient shock-absorbing material to prevent movement during transit
- ✅ Weight limit: typically max 30 kg per outer carton for manual handling safety
Lithium Car Battery / EV Battery Packaging
- ✅ Individual cells/modules must be protected against short-circuit (non-conductive packaging, terminals insulated)
- ✅ Outer carton must display Class 9 Miscellaneous hazard labels on all sides
- ✅ “Dangerous Goods” / “Lithium Battery” markings must meet minimum size requirements (100mm × 100mm per IATA DGR)
- ✅ EV batteries typically require custom wooden crating or steel-framed pallets
- ✅ Batteries must be secured to prevent movement; anti-slip mats and strapping inside the crate
- ✅ Some jurisdictions require battery condition documentation at the time of packing (visual inspection log)
Labeling Requirements (All Sides of Outer Carton)
Label Type | Size | Required On |
|---|---|---|
Class 8 / Class 9 hazard diamond | Min 100mm × 100mm | All four sides + top |
UN Number (e.g., “UN 3480”) | Min 12mm height | Adjacent to hazard label |
Shipper’s name and address | Legible | Outside of carton |
Consignee’s name and address | Legible | Outside of carton |
“Lithium Battery” handling label (air only) | Per IATA PI 965 | All four sides |
⚠️ Common mistake: Using generic packaging designed for auto parts rather than hazmat-compliant packaging. Standard cardboard boxes will be rejected by carriers and ports. Always use UN-certified packaging.
7. Step 5: Clear Customs at Destination
Each country has its own rules for importing car batteries. Failing to prepare for destination country requirements is one of the costliest mistakes in battery importing.
United States
- Regulating agencies: DOT (Department of Transportation) for transport; EPA for environmental compliance
- Key requirements: 49 CFR Hazmat Regulations apply to all battery shipments entering the US
- Lithium batteries: Must comply with 49 CFR Parts 171–180; requires hazmat registration for certain shippers
- EV batteries: Large-format EV battery packs may require additional safety certifications (e.g., UN38.3 test report on file with CBP)
- Duty rate: Typically 3–5% for Lead-Acid batteries (HTS 8507.20); check current HTS classification for your specific battery type
- Import tips: Submit customs documentation before cargo arrives (advance electronic manifest). Customs brokers experienced in hazmat imports can prevent costly clearance delays.
European Union
- Key regulations: REACH (Registration, Evaluation, Authorisation, and Restriction of Chemicals) and CLP (Classification, Labelling and Packaging) for battery classification
- EU Battery Regulation (EU) 2023/1542: Applies to all battery types including EV batteries. As of 2024, EV batteries sold in the EU must carry a battery passport with chemistry, lifecycle, and carbon footprint data.
- CE marking: Required for batteries placed on the EU market; the importer’s EU Authorized Representative is responsible for affixing CE marking
- Duty rate: 3.7% for Lead-Acid batteries (CN code 8507 20); varies for Lithium and EV batteries
United Kingdom
- Post-Brexit: UK has its own GB UK REACH regime separate from EU REACH
- Key regulations: Carriage of Dangerous Goods Regulations (CDGR) and associated guidance from the Office of Rail and Road (ORR) / DVSA
- Battery passport: UK is developing its own battery passport regime aligned with EU standards
Australia
- Regulating agencies: DIT (Department of Infrastructure, Transport, Regional Development and Communications) for transport; DAWE (Department of Agriculture, Water and the Environment) for biosecurity
- Key requirements: All battery shipments must be declared; Australian Standards (AS/NZS) compliance required for some battery types
- Biosecurity risk: Batteries may be subject to inspection upon arrival; incorrect packaging or documentation can trigger biosecurity intervention
Other Markets — Always Verify First
Country | Key Consideration |
|---|---|
India | BIS (Bureau of Indian Standards) certification required for Lead-Acid batteries; Lithium batteries face significant restrictions |
Thailand | Import licenses required for certain battery types; complex permitting process |
Indonesia | Import permits and hauler restrictions apply; battery shipments may require prior approval from the Ministry of Energy |
South Africa | SABS certification required for Lead-Acid batteries sold in South Africa |
Brazil | INMETRO certification required for certain battery categories; complex import documentation |
8. Step 6: Choose the Right Logistics Partner
Shipping car batteries — especially Lithium or EV batteries — is not a job for a general freight forwarder. Hazmat expertise is non-negotiable.
What to Look For in a Battery Logistics Partner
- ✅ Hazmat certification: The forwarder must hold valid hazmat handling certifications for Class 8 and/or Class 9 dangerous goods
- ✅ Experience with your battery type: Not all forwarders handle EV battery packs — confirm they have specific experience with the category you’re shipping
- ✅ Documentation expertise: They should prepare or review your full documentation package before cargo is dispatched
- ✅ China + destination market coverage: Strong network in both China (port of departure) and your destination country
- ✅ Customs clearance support: Experienced with destination country import procedures for battery shipments
- ✅ Insurance options: Marine cargo insurance is strongly recommended for EV battery shipments due to high value
Questions to Ask Before Hiring a Forwarder
- What hazmat certifications do you hold?
- How many battery shipments have you handled in the past 12 months?
- Can you provide references from battery importers in my destination market?
- Who prepares the dangerous goods declaration — your team or the shipper?
- Do you have experience with [destination country] customs clearance for battery imports?
- What is your process if a shipment is held at customs?
9. Common Mistakes to Avoid
Based on our operational experience handling hundreds of battery shipments, here are the most costly errors importers make:
❌ Mistake 1: Under-Declaring the Battery Type
Some importers try to classify Lithium batteries as “non-hazardous” to avoid hazmat fees. This is illegal and carries serious consequences: cargo seizure, fines up to $500,000 in the US, and in severe cases, criminal prosecution. The savings are never worth the risk.
❌ Mistake 2: Using Standard Packaging
Batteries are heavy, chemically active, and sensitive to physical shock. Standard auto parts packaging will not protect them. Use UN-certified hazmat packaging rated for the specific battery type and weight.
❌ Mistake 3: Skipping UN38.3 Testing
UN38.3 testing is mandatory for Lithium and EV batteries under IATA and IMDG regulations. Airlines and shipping lines will refuse to accept your cargo without a valid UN38.3 test report. If your supplier hasn’t conducted this testing, arrange it before shipment.
❌ Mistake 4: Ignoring Destination Country Restrictions
What ships easily from China may be heavily restricted at your destination. India’s BIS requirements, the EU’s CE marking rules, and Australia’s biosecurity declarations are all different. Verify before you ship, not after.
❌ Mistake 5: Choosing the Cheapest Forwarder
Cheap forwarding rates for hazmat cargo usually mean one of two things: the forwarder is cutting corners on compliance (which puts your cargo at risk), or they’re adding the costs back later through inflated handling fees. Hazmat expertise is worth paying for.
10. How Much Does It Cost?
Cost estimates for shipping car batteries from China vary significantly based on battery type, volume, shipping method, and destination. Below are general benchmarks as of 2025:
Sea Freight (from major Chinese ports: Shenzhen, Shanghai, Ningbo)
Shipment Type | Estimated Freight Cost | Additional Fees |
|---|---|---|
20ft FCL of Lead-Acid batteries | $2,000–$5,000 | Hazmat documentation fee: $150–$300 |
40ft FCL of Lead-Acid batteries | $3,500–$7,000 | Terminal handling: $100–$200 |
LCL shipment (500 kg) | $1.50–$4.00 / kg | LCL consolidation fee: $50–$150 |
EV Battery (full unit, FCL) | $5,000–$15,000 | Custom crating: $500–$2,000 |
Air Freight
Shipment Type | Estimated Cost | Notes |
|---|---|---|
Lithium Car Battery samples (< 100 kg) | $6–$15 / kg | Subject to carrier availability |
EV Battery samples (urgent, < 500 kg) | $10–$25 / kg | Limited carrier options |
Land Transport (Cross-Border, e.g., China to Vietnam, Thailand, Myanmar)
Shipment Type | Estimated Cost |
|---|---|
Lead-Acid batteries (per truck, 20 MT) | $1.50–$3.00 / km |
📌 These are indicative ranges only. Actual costs depend on current market rates, fuel surcharges, seasonal demand, and port congestion. Always request a specific quote from your logistics partner.
11. How Long Does It Take?
Transit Times by Shipping Method
Route | Sea Freight (FCL/LCL) | Air Freight | Express / Courier |
|---|---|---|---|
China → USA (West Coast) | 20–30 days | 5–8 days | 4–7 days |
China → USA (East Coast) | 30–40 days | 7–10 days | 6–9 days |
China → Germany | 28–35 days | 5–10 days | 4–7 days |
30–40 days | 5–10 days | 4–7 days | |
China → Australia | 20–30 days | 5–10 days | 5–8 days |
China → Southeast Asia | 5–12 days | 3–5 days | 2–5 days |
Additional Time to Factor In
- Documentation preparation: 5–10 business days (longer if UN38.3 testing is needed)
- Customs clearance at destination: 2–7 business days (can be longer for hazmat inspections)
- EV Battery compliance: 2–4 additional weeks for CE marking, battery passport registration, or equivalent certifications
Rule of thumb: Plan a minimum of 6–8 weeks from order confirmation to delivery for standard Lead-Acid battery shipments. For EV batteries with compliance requirements, plan 10–14 weeks.
12. Frequently Asked Questions
Q1: Can I ship car batteries by air?
Yes — but with significant restrictions. Standard Lead-Acid batteries with liquid electrolyte are generally prohibited on passenger aircraft due to their weight and corrosive nature. Lithium and EV batteries can ship by air under strict IATA regulations, but the compliance requirements are extensive and the cost premium is substantial (typically 5–10x equivalent sea freight). For anything other than urgent samples, sea freight is almost always the better choice.
Q2: Do I need special packaging for Lithium Car Batteries?
Absolutely. Lithium batteries require non-conductive, shock-resistant packaging with “Dangerous Goods” labels on all sides of the carton. Individual cells must be protected against short-circuiting, and terminals must be taped or covered with non-conductive caps. Packaging must meet UN specifications for the applicable IATA Packing Instruction. Using non-compliant packaging risks shipment rejection, carrier fines, and potential safety incidents.
Q3: What is UN38.3 testing?
UN38.3 is a UN-mandated test series that verifies Lithium and EV batteries can safely withstand the conditions of international transport — including simulated altitude (low pressure), thermal cycling, vibration, mechanical shock, short circuit, and impact. The tests must be conducted by an accredited testing laboratory. Most airlines and shipping lines will not accept Lithium or EV battery shipments without a valid UN38.3 test report.
Your battery supplier should provide UN38.3 test reports as part of their standard documentation package. If they cannot, this is a red flag about product quality and regulatory compliance.
Q4: How long does shipping take?
Sea freight from China to major Western destinations typically takes 20–45 days depending on the route and shipping method (FCL vs. LCL). Add 5–10 days for documentation preparation and customs clearance. Air freight is faster (5–10 days) but considerably more expensive. Express services handle small samples in 3–7 days. For EV batteries with compliance requirements, plan 10–14 weeks total.
Q5: Are EV Batteries more difficult to ship than other car batteries?
Yes — significantly. EV batteries are large, heavy, high-capacity packs classified as Class 9 hazardous materials. They require:
- Specialized custom crating (typically wood or steel frame)
- Hazmat-certified handling equipment
- Additional safety certifications at the destination (CE marking, UL/ETL listing, battery passport)
- Often, a dedicated container rather than consolidation with other goods
Budget extra time and cost for EV battery logistics. A forwarder experienced with EV battery shipments will typically recommend 4–6 weeks of additional lead time just for compliance preparation.
Q6: Which countries restrict car battery imports?
Many countries have strict regulations. Key examples:
- India: BIS certification mandatory for Lead-Acid batteries; Lithium battery imports face severe restrictions
- Thailand: Import licenses required for certain battery types
- Indonesia: Complex import permits; Ministry of Energy approval may be required
- Australia: All battery shipments must be declared; biosecurity inspection possible
Always verify the specific import requirements for your destination country before arranging shipment.
Q7: Can I consolidate car batteries with other goods?
Generally not recommended. Batteries — especially hazardous ones — should ship separately or only with compatible goods. Consolidating Lead-Acid batteries with food, textiles, or electronics risks contamination and regulatory complications. Some logistics partners offer dedicated battery consolidation services with proper hazmat segregation. Ask your forwarder specifically about consolidation compatibility before booking.
Q8: What happens if my battery shipment is held at customs?
Customs holds happen for several reasons: missing documentation, incorrect or incomplete hazmat declarations, missing UN38.3 test reports, or unexpected inspection requirements. An experienced logistics partner can:
- Pre-clear documents with customs before cargo arrives (recommended)
- Respond to queries quickly with correct documentation
- Negotiate expedited release where possible
Holds on hazmat cargo can be expensive — storage fees accumulate quickly. Prevention through thorough documentation is far cheaper than cure.
Q9: How do I choose between sea freight and air freight?
Use this rule of thumb:
- Large, heavy, or time-flexible → ship by sea (FCL for best control, LCL for cost savings on smaller volumes)
- Urgent, lightweight, or a sample → consider air freight (be prepared for a significant cost premium)
- Lithium or EV battery samples, under 100 kg equivalent → express courier may be viable
For commercial imports (not samples), sea freight is almost always the correct choice for car batteries.
13. About the Author & References
About the Author
Bill Guo is the Sales Manager at BAT Logistics, a specialist freight forwarding company focused on hazardous goods logistics from China. With hands-on operational experience coordinating Class 8 (Corrosive) and Class 9 (Miscellaneous) battery shipments — from documentation and hazmat certification through to customs clearance in the US, EU, Southeast Asia, and Australia — Bill has helped importers navigate the full complexity of international battery logistics.
This article reflects first-hand operational experience and is periodically reviewed against current IATA DGR and IMDG Code editions. For the most current regulatory requirements, always consult the official sources below or engage a licensed customs broker in your destination country.
Key Regulatory References
- IATA Dangerous Goods Regulations (DGR) — Annual edition; governs air freight of batteries globally
- IMDG Code — International Maritime Dangerous Goods (IMO) — Governs sea freight of batteries globally
- IATA Lithium Battery Packing Instructions (PI 965–970) — Detailed packing requirements for Lithium and EV batteries by air
- US DOT Hazardous Materials Regulations (49 CFR) — US import and domestic transport of batteries
- EU Battery Regulation (EU) 2023/1542 — Comprehensive EU rules for all battery types placed on the EU market
- UN38.3 Testing — UN Manual of Tests and Criteria, Part III, Section 38.3 — The official testing standard for Lithium batteries in transport
- IEA Global EV Outlook 2023 — Data source for China’s battery manufacturing capacity and global EV market context
This article is intended as a general reference guide. It does not constitute legal advice. Regulations change — always verify current requirements with the relevant transport authority or a licensed customs broker in your destination country before shipping.
Have a specific shipment planned? Contact BAT Logistics for a tailored logistics consultation.
