A lithium-ion battery SDS is one part of the documentation set. The correct record depends on the exact battery design and use: the SDS communicates hazards, UN 38.3 evidence relates to design testing, and transport documents address the specific shipping configuration.
Want a quick preview first? Generate a free Section 1 draft of your MSDS in seconds — no signup, instant PDF download.
Try the Free MSDS Draft Generator →What is a Lithium-Ion Battery MSDS Certificate?
It is a Safety Data Sheet prepared for a named lithium-ion cell or battery product. The OSHA SDS structure defines the recognised 16-section sequence. Whether an SDS is legally required can depend on jurisdiction and whether an article exemption applies.
The OSHA interpretation for lithium-ion batteries explains that a manufacturer or importer may need an SDS when a product does not qualify for the article exemption and workers can be exposed to physical or health hazards. This is not a blanket rule for every battery worldwide.
Is the document for a cell, module or finished pack?
| Product | Details to confirm |
|---|---|
| Single cell | Cell chemistry, format, capacity, voltage and manufacturer. |
| Battery or module | Number of cells, series/parallel layout, enclosure and protection. |
| Finished battery pack | Watt-hour rating, BMS, connectors, housing, model and intended equipment. |
| Battery contained in equipment | Equipment identity, installation, protection against activation and shipping configuration. |
For a broad chemistry-selection guide, see the main Battery MSDS Certificate page.
How is the SDS different from UN 38.3 documents?
| Document | Purpose |
|---|---|
| SDS | Communicates product hazards, emergency response, handling and available transport information. |
| UN 38.3 test report | Records test work for the applicable cell or battery design. |
| UN 38.3 test summary | Provides the specified summary information for a tested design. |
| Shipping document | Describes the actual consignment, package, marks, labels and route requirements. |
The UN Manual of Tests and Criteria, subsection 38.3 contains the lithium-cell and battery test framework. PHMSA also provides an official lithium-battery test-summary resource. SDS preparation does not create missing laboratory evidence.
What information is required?
- Exact lithium-ion chemistry and component information.
- Manufacturer, model, cell or pack configuration and intended equipment.
- Nominal voltage, capacity and watt-hour rating.
- Electrolyte and other relevant internal constituents.
- Enclosure, terminals, battery-management and protective features.
- UN 38.3 report and test summary where applicable.
- Shipping configuration: alone, packed with equipment or contained in equipment.
What hazards should the SDS address?
The document may cover released electrolyte, thermal decomposition, short circuit, fire, rupture and exposure to internal materials after damage. Normal-use and damaged-battery conditions should not be confused.
A standard product SDS should not claim that ordinary handling exposes users to every internal ingredient. It should explain foreseeable conditions and emergency response using evidence for the design.
What is the difference between UN 3480 and UN 3481?
The PHMSA Lithium Battery Guide for Shippers separates scenarios by battery type, size and configuration. Lithium-ion batteries shipped by themselves use UN 3480 where applicable, while batteries packed with or contained in equipment use UN 3481. Packaging, quantity, marking and air restrictions can differ.
Section 14 of an SDS is not a complete shipment decision. Use the DG/Non-DG Classification service and the UN 38.3 support page for separately scoped needs.
What about damaged, swollen or recalled batteries?
They require separate assessment. The normal SDS describes the product as supplied, while a leaking, swollen, thermally damaged or defective battery may have additional handling and transport restrictions.
What should the lithium-ion battery SDS contain?
| Sections | Battery-specific focus |
|---|---|
| 1–3 | Model, chemistry, hazards and internal composition basis. |
| 4–6 | Leak, fire, rupture and damaged-cell response. |
| 7–8 | Storage, terminal protection, charging precautions and exposure controls. |
| 9–11 | Product characteristics, stability and information on released contents. |
| 12–15 | Ecology, disposal, transport and regulations. |
| 16 | Revision and supporting evidence. |
How much does Lithium Ion Battery MSDS Certificate cost?
Pricing for Lithium Ion Battery SDS preparation is based on the number of distinct formulations submitted. A change in chemistry, concentration, package form or supplied component may require a separate document.
| Requirement | Price |
|---|---|
| 1 certificate | ₹3,999 |
| 2 certificates | ₹6,999 |
| 3 or more certificates | Negotiable |
A Lithium Ion Battery SDS is usually delivered within 24–48 hours after complete details and payment. Testing, translation, registration, UN 38.3 work and separate transport documents remain outside this price unless specifically included.
Preparing an SDS for your own lithium ion battery? Share the exact product details so the document scope can be confirmed before drafting.
Request Your Lithium Ion Battery MSDS →Which official references support this guide?
These references support the general SDS structure and the product-specific points cited above. The finished document must still be based on the actual formulation, physical data and intended market.
- OSHA SDS structure
- OSHA interpretation for lithium-ion batteries
- UN Manual of Tests and Criteria, subsection 38.3
- official lithium-battery test-summary resource
- PHMSA Lithium Battery Guide for Shippers
Frequently Asked Questions
No. The SDS communicates hazards; the test summary records specified information about UN 38.3 testing.
UN 3480 covers lithium-ion batteries shipped alone; UN 3481 applies when packed with or contained in equipment.
Not automatically. Pack design, capacity, protective systems and internal configuration may change the supplied product.
No. Damaged or defective batteries may face additional restrictions and must be assessed separately.
One certificate costs ₹3,999, two cost ₹6,999, and three or more are negotiable. Testing is separate.
Need a product-specific Lithium-Ion Battery MSDS Certificate, UN 38.3 and Shipping? Share the exact product details so the correct scope can be confirmed.
Request Lithium-Ion Battery MSDS Certificate, UN 38.3 and Shipping →