Critical Alert: The Compliance Gap and Safety Risks of Shipping "Non-Compliant" Power Banks as General Cargo
—— A Focus on Shipping Power Banks from China
A significant and potentially dangerous discrepancy in regulatory enforcement has emerged within the global supply chain, particularly concerning the ocean freight of lithium-ion batteries, commonly found in power banks. This memo aims to clarify this issue from a professional logistics and regulatory compliance standpoint.
The Discrepancy: Airline Ban vs. Ocean Freight Loophole
Effective June 28, 2025, the Civil Aviation Administration of China (CAAC) banned passengers from carrying power banks without a clear and valid CCC (China Compulsory Certification) mark on domestic flights. This safety-driven policy has rightly increased visibility into product certification standards.
Contrastingly, in ocean freight, many of these same non-CCC power banks are frequently being booked and shipped as general cargo—sometimes referred to informally as "regular lithium" or "non-hazardous lithium batteries." This practice intentionally bypasses the mandatory International Maritime Dangerous Goods (IMDG) Code requirements for Class 9 hazardous materials. This includes the use of certified UN-performance packaging, proper hazard labeling and marking, correct stowage and segregation, and the submission of a formal Dangerous Goods Declaration (DGD).
The International Regulatory Baseline: UN38.3 Testing is Mandatory
It is critical to understand that international transport regulations (IMDG Code for sea, IATA DGR for air) have their own mandatory safety requirements, separate from national market access certifications like CCC or CE.
The foundational requirement is a UN38.3 Test Summary Report. This is not a simple quality certificate. It is a safety document that proves a lithium cell or battery type has passed a rigorous series of tests simulating transport conditions, including altitude simulation, thermal cycling, vibration, shock, short circuit, overcharge, and forced discharge. The purpose is to ensure a very low probability of a thermal runaway event during transportation. IMDG Code, Section 2.9.4, explicitly requires all lithium batteries offered for transport to have passed the UN38.3 tests.
Deconstructing the "Regular Lithium" Myth and Its Risks
The term "regular lithium" or "general cargo lithium" does not exist in the IMDG Code or any legitimate international regulation. Treating lithium batteries as general cargo circumvents the following critical safety protocols:
- Packaging Integrity: Small cells/batteries must be packaged to prevent short circuits and must be contained in a robust outer package that has passed performance tests, such as the 1.2-meter drop test. Larger batteries or packs have stricter Packing Group II performance requirements for their packaging.
- Marking and Labeling: Every package containing lithium batteries must be clearly identified. This includes the Lithium Battery Handling Label for smaller packages shipped under SP188/Section II, or the full Class 9 Hazardous Goods Label for larger shipments. This is the primary means of communicating risk to ground handlers, dock workers, and vessel crews.
- Documentation and Declaration: Shipping as a hazardous material requires complete and accurate documentation, primarily the Dangerous Goods Declaration (DGD), which formally advises the carrier of the risks. Shipping as "general cargo" omits this vital information.
Implications and Recommendations for Purchasers
Misdeclaring or undeclaring lithium batteries as general cargo transfers enormous risk onto the entire supply chain. In the event of an incident (e.g., fire), consequences can include catastrophic cargo loss, significant vessel delays, General Average claims, severe fines, and legal liability from carriers, terminals, and insurers.
Our Professional Recommendations:
- Verify at Source: When sourcing products containing lithium batteries from China, do not rely solely on market certifications like CCC. Mandatorily request the supplier provide a valid UN38.3 Test Summary Report and a Declaration of Conformity for the specific battery model used in your product.
- Choose a Compliant Partner: Work with a freight forwarder that holds proper dangerous goods handling qualifications (e.g., IATA/FIATA DGR training certification) and has proven expertise. They should guide you through the full process: classification, packaging selection, marking/labeling, and documentation.
- Reject "Gray Area" Proposals: Explicitly refuse any suggestion to ship lithium battery products as "general cargo" or under non-compliant terms. While compliant shipping involves more steps, it is the only way to ensure the safety of your shipment and protect your company from severe financial and legal repercussions.
Conclusion
Safe and reliable ocean transport is the backbone of global trade. The advancement of lithium battery technology must not come at the cost of compromised safety standards. The so-called "regular lithium" shortcut is a dangerous loophole born from inconsistent enforcement, and its potential cost far exceeds that of proper compliance. As responsible logistics professionals, we urge all parties in the supply chain—shippers, forwarders, and carriers—to adhere strictly to international regulations, close this dangerous gap, and collectively safeguard life, property, and the environment at sea.
Disclaimer: This guide provides general information based on IMDG Code, IATA DGR, and CAAC regulations. Always consult your freight forwarder and certified dangerous goods personnel for specific cargo requirements. Regulations are subject to change.