Relayr Ithings4u Gmbh WunderBar Internet of Things WiFi & Bluetooth Sensor Starter-Kit WunderBar WunderBar Data Sheet

Product codes
WunderBar
Page of 5
SHENZHEN HYPERCELL CO., LTD. 
                     
MSDS of    Hypercell Polymer Li-ion Battery                                                                                                                                            Page 1 of 5 
MATERIAL SAFETY DATA SHEET (MSDS) 
                                                                                                                                                        No. 
HP14PLM0225
 
 
 
1 - Identification of the product and the company undertaking 
 
1.1 Product: Rechargeable battery 
 
Product Category: Polymer Lithium Ion Battery 
Representative Model: HPL302030 130mAh 0.48Wh       
 
Electrochemical system: 
Electrodes Negative 
Electrode: 
Carbon 
Positive Electrode 
Lithium cobaltite (LiCoO2) 
Electrolyte 
Solution of lithium hexafluorophosphate (LiPF6) in a mixture of organic solvents
Nominal voltage 
3.7 Volts 
 
Equivalent name: lithiated cobalt oxide. 
Ethylene Carbonate (EC) + DiMethyl Carbonate (DMC) + DiEthyl Carbonate (DEC). 
 
1.2 Manufacturer: 
 
Shenzhen Hypercell Co., Ltd. 
721#, Mingjun Industrial Park, Langrong Road, Longhua, 
Shenzhen, China 518109 
Tel: +86-755-23571220 
Fax: +86-755-23579061 
Web: 
www.hypercellbattery.com 
Email: service@hypercellbattery.com 
 
2 - Composition (Typical weight percentages of basic material) 
 
CAS# 
Components 
Approximate Percent of Total Weight   
EINECS# 
91728-14-2 
91728-14-2 
82600-58-8 
7440-50-8 
12190-79-3 
7790-69-4 
7440-02-0 
102-09-0 
9002-88-4 
Aluminum 
Aluminum(Various Forms) 
Carbon(Various Forms) 
Copper 
Lithium Cobalt Oxide 
Lithium Salts 
Nickel 
Organic Carbonate 
Polymer  
2-10% 
5-15% 
10-30% 
5-15% 
20-40% 
1-6% 
0.5-4% 
10-25% 
2-10% 
231-072-3 
231-072-3 
231-153-3 
231-159-6 
235-362-0 
224-772-5 
231-111+4 
203-005-8 
201-622-7 
 
3 - Hazards Identification 
3.1 Physical: 
 
The so-called polymer Li-ion battery is evolved from common liquid Li-ion battery by using LiCoO2 at anode, carbon at 
cathode, and polymer foil as electrolyte, eventually put these materials into a pouch shape aluminum plastic film package. 
polymer Li-ion battery is the new generation Lithium battery that has made significant milestones in battery’s development. 
The obvious advantage of the polymer Li-ion battery not only has its high capacity, long cycle life, steady discharge rate and 
non-pollution, but also eliminates safety hazards that liquid Li-ion battery exists, especially of those steel can batteries. 
Furthermore, the flexible outline and custom design shape is more convenient at fingertips in a timely and cost effective way. 
3.2 Chemical: