Understanding the correct procedures helps dealers ship batteries safely while avoiding transportation delays or regulatory penalties.
Identify The Battery Type And Classification
The first step is to determine the type of lithium battery being shipped. Automotive applications may use either lithium-ion batteries or lithium metal batteries.
Each type has a specific United Nations identification number used for transportation classification:
Battery Type | UN Number | Description
Lithium-ion battery | UN3480 | Batteries shipped separately
Lithium-ion battery with equipment | UN3481 | Batteries packed with or installed in equipment
Lithium metal battery | UN3090 | Batteries shipped separately
Lithium metal battery with equipment | UN3091 | Batteries packed with equipment
Correct classification ensures that the shipment follows the proper transport rules.
Ensure Batteries Pass UN38.3 Testing
Before lithium batteries can be transported internationally, they must pass UN38.3 testing. This test verifies that the battery can safely withstand vibration, shock, pressure, and temperature changes during transportation.
Manufacturers must provide a UN38.3 test summary document, which is often required by freight carriers and customs authorities.
Use Approved Packaging
Lithium batteries must be packaged to prevent damage and short circuits during transportation. Proper packaging should include:
• Strong outer packaging that protects the battery from impact
• Insulated terminals to prevent short circuits
• Cushioning materials to prevent movement inside the package
• Separation between batteries when shipping multiple units
For larger automotive batteries, UN-approved packaging may be required.
Apply Correct Labels And Documentation
Shipping lithium batteries requires proper labeling and documentation. Packages typically need to include:
• Lithium battery hazard label
• UN identification number
• Handling instructions for transport personnel
Shipping documentation may include a dangerous goods declaration, packing list, and safety data sheet.
Choose The Appropriate Shipping Method
Car dealers can ship lithium batteries through several transportation methods depending on urgency and quantity.
Air freight is faster but has stricter restrictions on battery capacity and packaging requirements.
Sea freight is commonly used for bulk shipments because it allows larger quantities and lower shipping costs.
Ground transport is frequently used for domestic distribution of automotive replacement batteries.
Selecting the correct shipping method helps balance delivery speed and logistics cost.
Work With Experienced Manufacturers And Logistics Providers
Reliable battery manufacturers and logistics partners help simplify the shipping process. Manufacturers can provide required documentation, safety certifications, and packaging guidance to ensure compliance with international transport regulations.
Jiangmen Hongli Energy Co., Ltd. focuses on the production of primary lithium batteries and supplies models such as CR123A, CR2, CR14250, CR14505, CR17450, and CR17500 batteries used in monitoring systems, security equipment, and electronic devices.
The company operates automated production lines and maintains large-scale manufacturing capacity, supporting bulk supply and export requirements for international customers.
Conclusion
Car dealers can ship lithium batteries safely by identifying the correct battery classification, ensuring UN38.3 testing compliance, using approved packaging, and preparing proper labels and documentation. Choosing the right transportation method and working with experienced suppliers helps ensure smooth logistics and regulatory compliance.
Following these procedures allows lithium batteries to be transported safely while supporting automotive service operations and global vehicle parts distribution.