NextSDS Logo
Safety Data Sheet EN

Lithium-Ion battery pack

Get a free compliance audit

Upload your SDS inventory and get a detailed compliance report.

Get Free Audit
01

Identification

Product identifiers, regulatory numbers, and supplier information

Product Information

Product Name
Lithium-Ion battery pack
Product Code
All models listed in the below table

Regulatory Identifiers

CAS Number
N/A

Manufacturers & Suppliers

bebob factory GmbH logo

bebob factory GmbH

manufacturer

Höglwörther Str. 350 81379 Munich Germany

www.bebob.de

Emergency Contacts

Emergency Contact

+49 (0)178 433 74 34

Emergency Contact

+49 (0)89 8563 485-0

02

Hazard Identification

GHS classification, signal word, pictograms, and hazard statements

Classified no signal word

GHS Pictograms

Hazard Statements

the vapour of the electrolyte has an anaesthetic effect and stimulates the respiratory tract.
the vapour of the electrolyte stimulates the skin.
An electrolyte/skin contact can cause sores and stimulation of the skin.
the vapour of the electrolyte irritates eyes.
An electrolyte-eye contact can cause sores and irritation of the eye.
In particular, substances that cause a strong inflammation of the eyes are contained within.
If the electrolyte comes into contact with water, it can generate detrimental hydrogen fluoride.
Since the leaked electrolyte is an inflammable liquid it should not be brought close to fire.

Get a free compliance audit

Upload your SDS inventory and get a detailed compliance report

Free Audit
03

Composition / Information on Ingredients

Chemical components, concentration ranges, and hazardous substance identification

Type mixture

COMPOSITION / INFORMATION ON INGREDIENTS OG BATTERY CELLS Information about the chemical nature of the cells: *2

Chemical Name CAS Number Concentration Hazardous
Lithium transition metal oxide - Li[M]m[O]n*1 --- 20 - 60% No
Aluminum 7429-90-5 1 - 10% No
Carbon Graphite --- 10 - 30% No
Copper 7440-50-8 1 - 15% No
Organic electrolyte principally involves ester carbonate --- 5 - 25% No
Aluminum, Iron --- 1 - 30% No

Notes

*2 Not every product includes all of these materials.

04

First Aid Measures

Emergency procedures for chemical exposure incidents

Inhalation

Move the exposed person to an area with fresh air immediately and seek medical treatment.

Skin contact

Wash the contacted areas off immediately with plenty of clean water such as tap water, otherwise irritation of the skin may result. If this chemical penetrates the clothing, immediately remove the clothing and flush the skin with water promptly.

Symptoms: irritation of the skin may result. If irritation persists after washing, seek immediate medical attention.

Eye contact

Flush the eyes with plenty of clean water, such as tap water, immediately without rubbing. Seek medical treatment.

Symptoms: If appropriate procedures are not taken, loss of sight may result.

Ingestion

Seek medical attention immediately

Immediate Medical Attention

Seek medical treatment for eye contact and inhalation. Seek immediate medical attention if skin irritation persists after washing. Seek medical attention immediately for ingestion.

05

Firefighting Measures

Extinguishing media, specific hazards, and firefighter protection

Suitable media

Plenty of water, CO2, and alcohol-resistant foam are recommended.

Specific hazards

Vapour generated from burning battery packs causes irritation of the eyes, nose and throat.

Instructions

Clear fire area of all non-emergency personnel. Clear away any combustible substances from the fire area. Make sure to extinguish any fire noting the direction of the wind.

Firefighter Protection

Wear respiratory protection equipment in when the situation demands.

06

Accidental Release Measures

Spill cleanup procedures, containment, and environmental protection

Emergency procedures

In case of accidental electrolyte leakage, move the battery packs away from the fire immediately. Avoid contact with spilled or released material. Immediately remove any contaminated clothing.

Environmental

Do not dispose of in drains, surface and ground water and soil. Alert the neighbourhood if possible.

Cleanup methods

Use of absorbent material (e.g. sand, diatomaceous earth, acid binder, universal binder, sawdust, etc.), reduction of gases/fumes with water dilution.

Materials: absorbent material (e.g. sand, diatomaceous earth, acid binder, universal binder, sawdust, etc.)

Related Products

Similar products with comparable safety profiles

07

Handling and Storage

Safe handling precautions, storage conditions, and workplace requirements

Handling

When packing the battery packs, do not allow terminals to contact each other, or contact with other metals. Avoid improper handling of the packaging box, so as not to drop or damage it. Do not disassemble or reconstruct, swallow, incinerate or heat the product. Avoid use or leave product in the vicinity of fire, stove or heated place. Do not immerse the product in water or seawater. Dispose of, or recycle the product according to your local government legislation/regulations.

Storage

Batteries should be stored in a stable environment characterized by low-humidity (less than 70%RH), free of corrosive gasses, and an ambient temperature between -20°C and +40°C. Do not store the battery packs in places with temperature exceeding 40° or under direct sunlight as this can affect the battery performance. Avoid places of high humidity, be sure not to expose the battery pack to condensation or water drops and do not store it in frozen environments. To prevent rust, avoid conditions that can create condensation such as rapid fluctuations in the ambient. When piling the pallets up or placing them in parallel, appropriate space between each pallet should be allocated. Avoid storing the battery pack in places where it can be exposed to static electricity so as not to damage the protection circuit of the battery pack. The battery shall not be stored for long term. For a storage a partial charged battery with a State of Charge (SoC) shall be 30% of its rated capacity (a SoC with a minimum of 10% and a maximum of 60% can be handled practically). The battery should be recharged every 4-8 weeks, to keep the battery in full function and e.g. prevent under voltage. After storage some self-discharge will occur. Before re-use it is advisable to recharge the battery.

Fire prevention

Avoid use or leave product in the vicinity of fire, stove or heated place. Be sure to install suitable fire extinguishing equipment, such as automatic fire extinguishers.

08

Exposure Controls / PPE

Occupational exposure limits, engineering controls, and protective equipment

Hands

Protective gloves

Eyes

Goggles or protective glasses designed to protect against liquid splashes

Respiratory

Respirator with air cylinder, dust mask

Skin/Body

Working clothes with long sleeve and long trousers

09

Physical and Chemical Properties

Appearance, physical state, melting point, boiling point, and material characteristics

Solubility In Water
---
Odor
No odour
Properties Status
---
Softening Point
---
Evaporation Rate
---
Flash Point
---
Metal Corrosion
---
Solidification Point
---
Relative Density
---
Odor Threshold
---
Colour
generally black, but can vary
Vapor Density
---
Partition Coefficient
---
Relative Evaporation Rate
---
Ph
---
Auto Ignition Temperature
---
Boiling Point
---
Upper Explosive Limit
---
Lower Explosive Limit
---
Flammability
---
Bulk Density
---
Form
generally prismatic shape, size may vary
Physical State Data
solid
Cloud Point
---
Appearance
---
Kinematic Viscosity
---
Crystallisation Point
---
Physical State
Solid
Density
---
Solubility
---
Colour Intensity
---
Explosive Limits
---
Freezing Point
---
State Under Standard Conditions
---
Molecular Weight
---
Voc Content
---
Vapor Pressure
---
Solubility In Fat
---
Decomposition Temperature
---
Dynamic Viscosity
---
Melting Point
---
10

Stability and Reactivity

Chemical stability, hazardous reactions, and incompatible materials

Stability

Stable under normal use.

Reactivity

Since batteries function by chemical reaction, they are considered a chemical product. As such, battery performance will deteriorate over time even if stored for a long period of time without being used. In addition, the various usage conditions such as charge, discharge, ambient temperature, etc. if not maintained within the specified ranges, may shorten the life expectancy of the battery, or the device in which the battery is used may be damaged by electrolyte leakage.

Avoid

Avoid impact, deconstruction, direct sunlight, high temperature, high humidity, sparks, open flames and other ignition sources

Incompatible

Conductive materials, water, seawater, strong oxidisers and strong acids.

Decomposition

Acid or harmful gas is emitted during fire.

12

Ecological Information

Environmental toxicity, biodegradation, and bioaccumulation data

The data for this section has not been processed yet.

13

Disposal Considerations

Waste treatment methods, disposal recommendations, and waste codes

Disposal

When the battery is worn out, dispose of it under the ordinance of the local authorities or the law imposed by the relative government.

14

Transport Information

UN numbers, shipping names, transport classes, and regulatory requirements

UN Number
UN3480 (stand alone battery pack) UN3481 (contained in equipment or packed with equipment)
Shipping Name
Lithium ion batteries Lithium ion batteries contained in equipment or Lithium ion batteries packed with equipment
Transport Class
9 – Miscellaneous Dangerous Goods
ADR

During the transportation of a large amount of battery packs by sea, air, trailer, or railway, do not leave these in a location of high temperature and do not allow them to be exposed to condensation. Confirm there is no leakage or spillage from the container. Properly store cargo to prevent falling, dropping and breakage. Prevent collapse of cargo piles and exposure to rain. The container must be handled carefully. Do not give shocks that result in dents on the product. Please also refer to Section 7-HANDLING AND STORAGE

IMDG

During the transportation of a large amount of battery packs by sea, air, trailer, or railway, do not leave these in a location of high temperature and do not allow them to be exposed to condensation. Confirm there is no leakage or spillage from the container. Properly store cargo to prevent falling, dropping and breakage. Prevent collapse of cargo piles and exposure to rain. The container must be handled carefully. Do not give shocks that result in dents on the product. Please also refer to Section 7-HANDLING AND STORAGE

IATA

During the transportation of a large amount of battery packs by sea, air, trailer, or railway, do not leave these in a location of high temperature and do not allow them to be exposed to condensation. Confirm there is no leakage or spillage from the container. Properly store cargo to prevent falling, dropping and breakage. Prevent collapse of cargo piles and exposure to rain. The container must be handled carefully. Do not give shocks that result in dents on the product. Please also refer to Section 7-HANDLING AND STORAGE

15

Regulatory Information

Chemical regulations, safety assessments, and compliance status

?

Frequently Asked Questions

Common questions about safety, handling, and properties

What is the hazard signal word for Lithium-Ion battery pack?

The signal word is no signal word.

What is the physical form of Lithium-Ion battery pack?

Lithium-Ion battery pack is a solid with generally black, but can vary color. It has no odour odor.

What are the hazard statements for Lithium-Ion battery pack?

This substance has 8 hazard statements:

  • the vapour of the electrolyte has an anaesthetic effect and stimulates the respiratory tract.
  • the vapour of the electrolyte stimulates the skin.
  • An electrolyte/skin contact can cause sores and stimulation of the skin.
  • the vapour of the electrolyte irritates eyes.
  • An electrolyte-eye contact can cause sores and irritation of the eye.
  • In particular, substances that cause a strong inflammation of the eyes are contained within.
  • If the electrolyte comes into contact with water, it can generate detrimental hydrogen fluoride.
  • Since the leaked electrolyte is an inflammable liquid it should not be brought close to fire.