3.2V 6000mAh 19.2Wh 32700 LFP battery cells

3.2V 6000mAh 19.2Wh 32700 LFP battery cells

Product Item : LNC-3.2V-32700-6Ah
Category： LiFePO4 Cells
Model: 32700
Voltage: 3.2V
Capacity: 6000mAh
Brand: HX
Product description：HX 32700 LFP Cell with CCC/BIS/IS16893-2/3/CE/Rohs/Reach/PSE/UL1642/UL1973/ BMSI/CB IEC62133/CB IEC62619/UN38.3/MSDS
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3.2V 6000mAh 19.2Wh 32700 LFP battery cells

Authorization Letter from Hunan Huaxing

Basic parameter:

32700 6Ah LFP cell

Item	Condition/Note	Specification	Remark
Nominal Capacity	1C discharge capacity	6.0Ah
AC Impedance	At AC 1000Hz	≤8mΩ
DC Impedance	DC Impedance=(V1-V2)/1C discharge current	≤16mΩ
Nominal Voltage	/	3.2V
Cell Size	Cell Diameter: 32.2±0.3mm Max. 32.5mm Cell Height: 70.5+0.4/-0.3mm Max.70.9mm Cell Diameter with PVC sleeve: 32.4±0.3mm Max.32.7mm Cell Height with PVC sleeve: 70.5+0.4/-0.3mm Max.70.9mm
Cell Weight	With PVC sleeve	140±5g
End of charge Voltage	CC mode	3.65V
End of charge Current	CV mode	≤0.3A
Charging Method	Standard Charging	≤1C at CC/CV
End of discharge Voltage	CC mode	2.0V
Max continuous discharge current	/	18A	≤20mins
Max pulse discharge current	/	60A	3S
Cycle life	1C /100%DOD	2200 times
Operating Temperature Range	Suggested charging temperature: <0ºC Prohibit charging 0~10ºC ≤0.2C 10~15ºC ≤0.5C 15~45ºC ≤1C 45~60ºC ≤0.5C Discharging temperature: -20ºC~60ºC 1C Storage temperature: -20~45ºC
Appearance	Without break, scratch, distortion, contamination, leakage and so on

Pls feel free to contact us to get complete SPECIFICATION.

Perfomance curves:

Different rate Charge / Discharge curve of 6.0Ah LiFePO4 Cell

Discharge curve of 6.0Ah LiFePO4 Cell at Different Temperature @ 1C

30±2ºC 1C cycle curve of 6.0Ah LiFePO4 Cell

55±2ºC 1C cycle curve / 30±2ºC 3C cycle curve of 6.0Ah LiFePO4 cell

Inner structure of 32700 6.0Ah LFP Cell

Description:

Vent tube device:
When a chemical reaction occurs in the cell, the gas generated inside will gather in the vent tube through the vent hole and the upper and lower openings,
which helps gas dispersion and ensures the balance of air pressure inside the cell to avoid safety issues such as overheating, liquid leakage, and explosion.
Safety valve device:
When the internal pressure reaches 1.2-1.6 Mpa, the anode tab and the cap will be disconnected to stop the internal chemical reaction of the battery; when the
internal pressure reaches 1.8-2.2Mpa, the safety valve will be opened and the gas will be expelled to avoid the risk of explosion.