All batteries must pass UN38.3 testing (for lithium) or comply with special packaging (lead‑acid); testing cycles are long and costly
Chemical Batteries
Chemical Batteries & Dangerous Goods Packaging Transport

Logistics Challenges
State of charge (SOC) must be kept below 30% (for lithium), requiring professional testing equipment during handling
Transport regulations (e.g., IATA DGR) are updated annually, raising compliance thresholds continuously
Damaged or short‑circuited batteries may cause thermal runaway, demanding high‑performance insulation, shock‑proofing, and puncture‑resistant packaging

Our Transport Solutions
Precise Classification & UN Number Assignment
We accurately determine the appropriate UN number and transport requirements based on battery chemistry, weight, and packaging, ensuring correct declaration, hazard class, and packaging level to avoid fines or seizure due to mis‑declaration.
Professional UN‑Certified Packaging Supply
We provide UN‑certified packaging (fiberboard boxes, steel drums, plastic drums, etc.) compliant with IMDG / IATA DGR / ADR, incorporating flame‑retardant insulation, shock‑absorbing partitions, and terminal protection to prevent short circuits or damage during transit.
State of Charge (SOC) Control
At pick‑up, warehousing, and loading stages, we use professional testers to measure voltage/capacity, ensuring lithium battery SOC ≤30%, with photo records as compliance evidence.
End‑to‑End DG Declaration & Tracking
From maritime declaration (sea) or airline declaration (air) to destination DG clearance, our dedicated DG team works directly with carrier DG departments, providing real‑time approval status and priority clearance.
Service Process
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