Ace Ultra Safety & Compliance — COA, Heavy Metals, Battery Shipping Checklist

Oct 08, 2025 14 0
Ace Ultra Safety & Compliance — COA, Heavy Metals, Battery Shipping Checklist

Ace Ultra Safety & Compliance — COA, Heavy Metals, Battery Shipping Checklist

Updated: 2025-10-08 · Adults 21+ · Educational only (not legal or medical advice)

Scope: This page corrects prior inaccuracies and clearly separates quality documentation (COA, heavy metals) from dangerous goods (DG) transport law. Use the checklist as orientation, then consult the governing code for your transport mode.

Key corrections: (1) UN 38.3 consists of eight tests (T1–T8); cells vs. batteries have different applicability. (2) ICAO/IATA rules are for air only; sea = IMDG, road = ADR, rail = RID, inland waterways = ADN. (3) For air, SoC ≤30% applies to UN3480 (cells/batteries shipped alone), not to UN3481. (4) A batch COA is not DG approval; use ISO/IEC 17025 + ILAC-MRA labs for testing, and keep the UN 38.3 Test Summary available.

COA & Heavy Metals vs. DG Compliance — Do Not Conflate

What a COA is for

  • Batch-specific composition and contaminant panels for a product or material (e.g., metals by ICP-OES/ICP-MS), hosted by a competent lab.
  • Prefer labs accredited to ISO/IEC 17025 by accreditation bodies under the ILAC MRA (confirm in the signatory directory).

What a COA cannot replace

  • UN 38.3 compliance for lithium cells/batteries.
  • IATA/IMDG/ADR/RID/ADN packaging, marking, and documentation rules for transport.

Bottom line: keep quality documentation, but treat DG transport as a separate requirement set.

UN 38.3 — What’s Actually Required

Eight tests (T1–T8) are defined in the UN “Manual of Tests and Criteria,” Sub-section 38.3. For lithium-ion cells, T1–T8 apply; for lithium-ion batteries/packs, T1–T5 and T7 typically apply, while T6 (impact/crush) and T8 (forced discharge) are generally cell-only. Keep a Test Summary (TS) per UN 38.3 available to downstream users and shippers.

UN 38.3 Test List: T1 Altitude · T2 Thermal · T3 Vibration · T4 Shock · T5 External Short-Circuit · T6 Impact/Crush · T7 Overcharge · T8 Forced Discharge

Which Rulebook Applies? (By Transport Mode)

Mode Primary Code Typical Identifiers Notes
Air ICAO Technical Instructions → IATA DGR (industry implementation) UN3480 / UN3481 · Packing Instructions (e.g., PI 965–970) SoC ≤30% for UN3480; marking/labeling per the relevant PI; Cargo Aircraft Only (CAO) label only when required by the PI.
Sea IMDG Code (IMO) Same UN numbers; different packing/segregation & documentation Do not apply ICAO/IATA text to sea transport.
Road (EU/international) ADR UN3480/81 · SPs and packing instructions per ADR National adoption/derogations may apply.
Rail RID UN3480/81 Broadly aligned with ADR for rail.
Inland waterways ADN UN3480/81 Applies to inland vessel transport.

Always use the current edition/addenda. For air, consult the IATA Lithium Battery Guidance Document (2025) and current DGR addenda.

Battery Shipping Checklist (Information-Only)

  1. Identify the UN number & configuration: UN3480 (ion, alone) / UN3481 (ion, with or contained in equipment) / UN3090 / UN3091.
  2. Confirm UN 38.3 coverage: Obtain the UN 38.3 Test Summary for the cell and, where applicable, the battery/pack.
  3. Apply the correct Packing Instruction (air): e.g., PI 965–970; check limits, marks, labels, documentation, and SoC ≤30% for UN3480.
  4. Packaging & short-circuit protection: individual terminal protection; robust outer packaging; no damaged/defective batteries in normal cargo.
  5. Marks & labels: Lithium Battery Mark, Class 9 label when required, and CAO label only if specified by the PI.
  6. Documentation: Shipper’s Declaration (if required), TS availability, plus carrier/state variations; keep records per mode.

Recycling/defective/damaged batteries are subject to additional restrictions—confirm with your carrier before tender.

Heavy Metals & Quality Docs (Context)

Heavy-metal analytics (e.g., Co, Ni, Pb, Cr) in a COA reflect quality/contaminant control for materials and are not a substitute for DG compliance. If you present metals data, ensure:

  • Methods (e.g., ICP-OES/ICP-MS), units, LOQ/LOD, and uncertainty are clearly stated;
  • The lab holds valid ISO/IEC 17025 accreditation under an ILAC-MRA signatory (verify in the directory);
  • You do not conflate intrinsic material composition with “regulatory transport limits.” DG compliance is not determined by heavy-metal thresholds.

FAQ (≤90 words each)

How many UN 38.3 tests are there?

Eight (T1–T8). For lithium-ion cells, T1–T8 apply; for batteries/packs, T1–T5 and T7 typically apply while T6/T8 are generally cell-only. Always verify the applicable test report.

Do ICAO/IATA rules apply to sea, road, or rail?

No. ICAO/IATA govern air transport. Use IMDG for sea, ADR for road, RID for rail, and ADN for inland waterways.

When is SoC ≤30% mandatory?

For air transport of UN3480 (lithium-ion cells/batteries shipped alone). Different limits and conditions apply to UN3481 (with/contained in equipment).

References (Authoritative)

  • IATA — Lithium Battery Guidance Document (2025): PDF
  • IATA DGR 66th (Addendum) — updates including SoC and UN3480/3481 notes: PDF
  • UN Manual of Tests and Criteria — Sub-section 38.3 (T1–T8 and Test Summary): PDF
  • PHMSA — Lithium Battery Test Summary (TS) requirement and training: Portal
  • ISO — ISO/IEC 17025 overview: Overview
  • ILAC — MRA & Signatory search: Directory
  • IEC — IEC 62133-2 (portable secondary Li batteries – safety): Standard

IMDG / ADR / RID / ADN — mode-specific rulebooks available from IMO, UNECE, and national authorities.

Internal links (≤5)

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