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Guide

MSDS vs SDS for Lithium Batteries: What You Need to Ship

Ask ten forwarders what paperwork a lithium battery export from China needs and almost all of them will ask for two letters — MSDS or SDS. The names are used interchangeably, but they belong to two generations of the same document, and the version you hand over matters at the dangerous-goods acceptance desk.

By the Cargo163 operations team · Updated 30 September 2026 · 7 min read

MSDS stands for Material Safety Data Sheet — the older format manufacturers produced before the Globally Harmonized System (GHS) standardised hazard communication. SDS, the Safety Data Sheet, is its successor: the same core purpose, but a fixed 16-section structure so that warehouse handlers and cargo acceptance agents alike read the same facts in the same order.

In practice, when a carrier or forwarder asks for an “MSDS” on a battery booking, what they want is a current GHS-format SDS for the exact model you are shipping.

Pallet of lithium battery cartons being weighed for air export from China while the safety data sheet is checked
The names

MSDS or SDS — which name is correct?

Both documents inform handlers about hazards; the difference is generation and format, not the underlying purpose.

SDS — the modern standard

Under GHS, a Safety Data Sheet follows 16 mandatory sections — from identification, hazard classification and composition through handling, physical properties and toxicology, to transport information (Section 14) and regulatory notes.

MSDS — the legacy term

Material Safety Data Sheets predate GHS: each producer chose its own layout, and sections could be missing. Many people in trade still say “MSDS” out of habit — while actually meaning an SDS.

Why the distinction matters

An old-style MSDS can be rejected on format alone even when the technical content is correct. Before booking, confirm the document uses the 16-section GHS structure and covers your model.

The safe rule: request the GHS-format SDS from the manufacturer. If the paperwork asks for an “MSDS”, attach the SDS.

Purpose

Why carriers and forwarders ask for it

Lithium batteries are regulated as dangerous goods — Class 9 miscellaneous for most air movements — but the paperwork has to say what the substance is. The SDS describes the battery’s chemistry. Acceptance staff use it to confirm:

  • The chemistry and configuration — lithium ion or lithium metal, rechargeable or primary
  • The hazard profile — flammability, thermal runaway risk, reactions to damage, heat or water
  • The safe handling, storage and emergency measures for warehouse and ramp teams
  • That the declared battery matches the specification, UN number and label in the rest of the file

On a booking, the SDS doubles as a cross-check: when its data conflicts with the Wh rating or UN number declared elsewhere, the shipment can be treated as misdeclared dangerous goods and held.

Who reads the SDS — and when

  • At booking — the forwarder screens the file before quoting a DG route
  • At acceptance — the airline’s dangerous-goods desk verifies it against the declaration
  • In an emergency — fire brigades use the firefighting section if a battery ignites in storage or transit

One sheet serves very different readers, so accuracy matters more than speed.

Content

What a lithium battery SDS should contain

For a battery export, these are the elements an acceptance team looks for first:

  • Product identity — battery model and trade name, matching the goods being shipped
  • Hazard identification — the Class 9 designation plus GHS hazard and precautionary statements
  • Composition — chemistry, electrolyte and key component information
  • Handling and storage — charge state for transport, short-circuit protection, temperature limits
  • Transport information (Section 14) — the applicable UN number, such as UN3480 or UN3481, and proper shipping name
  • Manufacturer details — company identity, contact, issue date and revision number

Quick sanity check

  • Is the revision date recent, not years old?
  • Does Section 14 list the UN number for your configuration — standalone, with equipment, or in equipment?
  • Does the model number match what is printed on the cartons?

A usable SDS is current, in the language the carrier requires, and issued for the model actually in the boxes.

Documents

SDS vs UN38.3 vs DGD

These three get confused constantly on battery bookings, but each document has a different job.

DocumentWhat it coversWho relies on it
SDS (older MSDS)The battery itself: chemistry, hazards, safe handling and transport informationForwarders, carriers, warehouses, emergency responders
UN38.3 Test SummaryProof the cell or battery type passed the UN transport safety testsAirlines and dangerous-goods acceptance staff
DGD (Shipper’s Declaration)A signed declaration for one specific consignment: packing, labels, quantitiesAirlines and ground handlers at acceptance

Three roles: what the substance is, whether the type is tested, and whether this shipment is packed correctly. Add the packing list, invoice and battery specification sheet, and the air-freight file is complete.

Delays

Common SDS mistakes that delay shipments

Sheet for the wrong model

The SDS covers a different cell or pack than the goods in the cartons. Acceptance checks model numbers, and a mismatch is grounds for rejection.

Outdated version

An old MSDS or a long-unrevised SDS with a stale date. Classifications and GHS labels change; forwarders expect a current document.

Contradicts spec and labels

The Wh rating, cell count or UN number on the sheet differs from the spec sheet or carton labels. Every document must tell the same story.

Not sure your battery sheet qualifies?

Send the SDS you have along with the battery specification — we check whether it is current and matches the cargo before recommending a compliant route.

Get a quote →

Related reading: Battery Shipping from China · UN38.3 Test Explained · UN3480 vs UN3481 · Battery Shipping Cost · All guides

Note: Documentation requirements vary by battery chemistry, configuration, transport mode, destination and carrier. This guide is general logistics information and does not replace the applicable dangerous-goods regulations. Cargo163 reviews each shipment's documents before confirming a solution.