Page 1 / 6Safety Data Sheet

Product name

Small Lithium Ion Rechargeable Battery
Reference No.

：SLBSDS-08G（E）

Model No.

：SLB03090LR80

Date of Preparation：Sep.4,2024
Capacitor Business Headquaters
NICHICON CORPORATIONPage 2 / 6Introduction
The SDS system does not cover products that are used in a sealed condition, and this battery is
not covered by the system because it is sealed. Therefore, the information contained herein isprovided only as reference information for the safe handling of this battery and does not constitutea guarantee of safety. The operator must take appropriate measures on their own responsibility
based on this information.
The content, physico-chemical properties, and other numerical values are not guaranteed values.
This document has been prepared to be faithful and accurate to the data and information available
at the time of preparation, but is subject to revision based on new findings.

1．Product and Company Identification
Product Name

：Small Lithium Ion Rechargeable Battery

Supplier’s Name

：NICHICON CORPORATION

Supplier’s Address：Karasumadori Oike-agaru, Nakagyo-ku, Kyoto, 604-0845 Japan

Section in Charge：Capacitor Headquaters

Telephone Number：+81-75-231-8461

Manufacturer's Name

：NICHICON (OHNO) CORPORATION (FUKUI FACTORY)

Manufacturer's Address ：4 Tsuchifugo, Ohno-shi, Fukui Pref., 912-0805 Japan
Emergency Contact：+81-779-65-8800

2．Hazard Identification
GHS Classification：No applicable

Hazard： Short-circuiting between battery terminals may cause overheating andelectrolyte leakage.
If electrolyte leaks, keep away from fire immediately as it is flammable.

Toxicity：If the batteries burn, the vapors generated may irritate the eyes, skin, andthroat.

3．Composition/ Information on Ingredients
Substance Name

：Lithium ion Rechargeable BatteryCAS No.

：No applicable

Main material content of single cell
Positive Electrode：Lithium manganese oxide

6～8 wt%Negative Electrode：Lithium titanate oxide

5～7 wt%Electrolyte：organic electrolyte mainly composed of carbonate ester

11～14 wt%Page 3 / 64．First Aid Measures
If electrolyte leaks from the product, take the following measures.
・Skin contact
Immediately wash the contacted area with soap and water or warm water, and consult a physician.
・Eye contact
Immediately rinse with tap water for at least 15 minutes and consult a physician.
・Inhalation
Immediately move to fresh air, keep at rest, and consult a physician.
5．Fire Fighting Measures
Fire extinguishing agent ：Use powder, carbon dioxide, dry sand and so on.
Fire extinguishing method：Cut off the combustion source and extinguish with a fire extinguishing agent.
Since vapor, generated from burning batteries may make eyes, nose andthroat irritate, be sure to extinguish the fire on the windward side. Wear therespiratory protection equipment in some cases.
6．Accidental Release Measures
・Keep the battery away from fire or heat.
7．Handling and Storage
Handling
・Pack the product with materials that are strong enough not to be easily damaged by dropping, stacking,shock, vibration, etc. during transportation.
・Pack batteries in a way that their terminals will not short-circuit externally.
・Never short-circuit, put into fire, heat, submerge in water, or disassemble.
・Do not apply excessive load to the battery terminals.
・Do not charge or discharge batteries under conditions other than those specified.
Storage・Do not store batteries with their terminals in contact with each other or with their conductors.
・Avoid storing batteries in the following environmentsa) Direct exposure to water, high temperatures above 35°C, high humidity, and condensationb) Environment directly exposed to oil or filled with oil components in a gaseous statec) Directly exposed to salt water and salt-filled environmentsd) Environment filled with toxic gases (hydrogen sulfide, sulfurous acid, nitrous acid, chlorine, bromine,
methyl bromide, ammonia, etc.)e) Environments exposed to direct sunlight, ozone, ultraviolet light, and radiationf) Environments exposed to acidic and alkaline solvents

Page 4 / 6
8．Exposure Controls and Personal Protection
Acceptable Concentration：Not specified in normal use.

Facilities：Nnothing in particular.

Protective Equipment：Nnothing in particular.

Use the following protective equipment in the event of electrolyte leakage from the battery.
・Respiratory protection：Protective mask

・Hand protection：Synthetic rubber gloves

・Eye protection：Goggles or glasses

9．Physical and Chemical Properties
・Shape：Cylindrical shape・Nominal Voltage：2.4V

・Operating Voltage range：1.8～2.8V (Charging limit voltage 2.8V)
・Nominal Capacity：0.80mAh

・Rated Capacity：0.80mAh

・Rated Electric Energy：1.92ｍWh

10．Stability and Reactivity
Although stable under normal handling, however, batteries are chemical products that use chemical
reactions, and their performance deteriorates with prolonged use and long-term storage.
If proper conditions (e.g., temperature, charge/discharge conditions, etc.) are not maintained in use, thebattery may deteriorate in service life, deform in appearance, leak electrolyte, generate heat, rupture, orcatch fire.
Conditions to avoid：See section 7.

Hazardous decomposition products：Flammable vapors, Hydrofluoric acid

11．Toxicological Information
No applicable
12．Ecological Information
No applicable
13．Disposal Considerations
When disposing of batteries, follow the laws and regulations of each local government.
In particular, businesses in Japan must follow the "Waste Disposal and Public Cleansing Law" andcontract with an industrial waste disposal company to dispose of the batteries properly.
Even used batteries may still contain electrical energy, so they should be discharged before disposal, or
their terminals should be covered with insulation tape to prevent short circuits.

Page 5 / 614．Transportation Information
International Regulation
UN number(Proper Shipping Name)：UN3480(Lithium Ion Batteries)：UN3481(Lithium Ion Batteries Contained in Equipment)：UN3481(Lithium Ion Batteries Packed with Equipment)

UN Classification：Class 9 Substances and Articles

Packing Instruction： 965 Section ⅠB(For air transportation)

Transport regulations include ICAO and IATA for air transport and IMO for sea transport, both of which
are based on UN Recommendations.
Even though this battery is classified as Class 9 Dangerous Goods , if it meets Special Provision
188,then,it can be transported as “Exemption from class 9 Dangerous Goods”.
When transporting this battery, please follow the appropriate local laws and regulations. Also, check withthe shipping company in advance for details on packing labels and shipping documents, as somecountries, regions, or shipping companies may have their own regulations.
Domestic (Japan) Regulations
Marine Transport：Ship Safety Law

Air Transport：Regulation for Enforcement of the Civil Aeronautics Act

Land Transport：Fire Service Act

15．Regulatory Information
The main applicable laws and regulations regarding the environment are as follows
・EU BATTERY REGULATION (REGULATION (EU) 2023/1542)
・ EU REACH REGULATION(REGULATION (EC) No.1907/2006 on the Registration, Evaluation,

Authorisation and Restriction of Chemicals)
The main applicable laws and regulations regarding transportation are as follows
・UN(United Nations): Recommendations on the Transport of Dangerous Goods, Model Regulations 23rd
revised edition
・IATA(International Air Transport Association) : Dangerous Goods Regulations, 65th Edition
・ ICAO(International Civil Aviation Organization) : Technical Instructions for the Safe Transport ofDangerous Goods by Air, 2023-2024 Edition
・IMO(International Maritime Organization) : International Maritime Dangerous Goods (IMDG) Code 2022
EditionDomestic (Japan) Laws
・Fire Service Act
・Civil Aeronautics Act

Page 6 / 6・Ship Safety Act, Regulations for the Carriage and Storage of Dangerous Goods in Ship・Waste Management and Public Cleansing Act
16．Other Information
If you need more information about this document, please contact us.