Ecommerce Guide to Crossborder Battery Logistics Compliance

This article provides a detailed interpretation of battery filing and compliant packaging requirements for cross-border logistics of charged products. It covers essential filing documents such as UN38.3 certification, MSDS reports, and DGM reports, as well as packaging specifications including inner packaging, outer packaging, cushioning materials, and label placement. This guide aims to help sellers understand the key compliance points for shipping charged products internationally, ensuring the safe and efficient delivery of goods to their destination.
Ecommerce Guide to Crossborder Battery Logistics Compliance

1. Battery Certification: Essential Documentation for Global Compliance

Proper certification forms the foundation for international shipping of battery-powered products. These key documents ensure compliance with global safety standards:

UN38.3 Certification: The Mandatory Safety Passport

This certification evaluates lithium batteries through eight rigorous tests simulating transport conditions, including altitude simulation, thermal testing, vibration, shock, short circuit, overcharge, and forced discharge. Only batteries passing all tests receive certification.

  • Note: Testing must be conducted by accredited third-party laboratories, with reports valid for five years.

MSDS Report: Chemical Composition Documentation

The Material Safety Data Sheet details battery components, physical/chemical properties, hazard classifications, protective measures, and emergency procedures. This document helps carriers and customs assess potential risks.

DGM Report: Air Transport Classification

This IATA-compliant report classifies batteries as either Section II (non-restricted) or Section IB (restricted) based on type and energy density. Typical lithium batteries qualify for Section II.

Additional Requirements

  • Commercial invoices must clearly state "contains lithium batteries" with specifications
  • Regional certifications may apply (e.g., CE for EU, FCC for US)

2. Compliant Packaging: Protection Through Every Shipping Stage

Inner Packaging: Primary Protection Layer

  • Individual batteries require anti-static bags (≥0.08mm thickness)
  • Sealed openings with heat sealing or ≥3 insulation tape wraps
  • Devices must be powered off with button protection
  • Detachable batteries require ≥5cm separation from host devices

Outer Packaging: Structural Integrity

  • Use 5-ply corrugated boxes with bursting strength ≥1500kPa
  • Allow 10-15% extra space for cushioning
  • Seal with ≥5cm kraft tape using H-pattern method

Cushioning Materials: Impact Absorption

  • EPE pearl cotton (≥30kg/m³ density, ≥2cm thickness)
  • Air column cushions (≥1cm diameter, ≥90% inflation)
  • Avoid loose fillers like newspaper or foam pellets

Labeling Requirements

  • 9.5×14.5cm lithium battery handling labels
  • "Cargo Aircraft Only" labels for pure battery shipments

Drop Testing: Packaging Validation

Conduct 1.2-meter drop tests to verify packaging integrity. Repack if any product displacement or battery movement occurs.

By adhering to these certification and packaging standards, businesses can ensure safe, efficient global distribution of battery-powered products while maintaining regulatory compliance.