DUSLAN
DUSLAN 3.2 V 18500 1000 mAh LiFePO4 Button Top
3.2 V LiFePO4 18500 cell delivers 1000 mAh capacity and up to 2000 charge cycles with no memory effect
- 2 V LiFePO4 chemistry delivers stable voltage for sensitive electronics
- 1000 mAh capacity replaces 600–900 mAh cells for longer run time
- Up to 2000 charge cycles reduce replacement frequency and cost
- 2 g lightweight design with 82.05 Wh/kg energy density suits portable devices
- Button-top 18500 form factor fits existing compartments without modification
3.2 V LiFePO4 18500 cell
This 3.2 V 18500 lithium phosphate button-top cell delivers 1000 mAh capacity for devices requiring stable voltage and long cycle life. It suits owners of solar lights, medical instruments or custom packs who need a direct replacement for lower-capacity 18500 sizes.
Button-top form factor fits existing holders
The 50 mm length and 18.1 mm diameter match standard 18500 compartments without modification. A 0.8 A maximum charge and discharge rate works with typical protection circuits, while the 31.2 g weight keeps portable equipment light.
1000 mAh replaces 600–900 mAh predecessors
Energy density of 82.05 Wh/kg provides useful runtime for intermittent loads such as LED lighting or telemetry modules. The chemistry supports up to 2000 charge cycles with no memory effect, but continuous draws above 0.8 A will exceed the cell rating.
Highlights
- 2 V LiFePO4 chemistry delivers stable voltage for sensitive electronics
- 1000 mAh capacity replaces 600–900 mAh cells for longer run time
- Up to 2000 charge cycles reduce replacement frequency and cost
- 2 g lightweight design with 82.05 Wh/kg energy density suits portable devices
- Button-top 18500 form factor fits existing compartments without modification
Specifications
No published specifications for this item yet.
Questions about this item
How many charge cycles can this 18500 LiFePO4 cell deliver before capacity drops?
Up to 2000 charge cycles are rated for this 3.2 V 1000 mAh cell.
Does the 0.8 A maximum discharge current cause noticeable heat during continuous use?
The cell is rated for a maximum 0.8 A discharge current; heat rise will depend on the load and enclosure.
What charger voltage and current limits are needed for this 3.2 V 1000 mAh LiFePO4 battery?
A charger designed for LiFePO4 chemistry with a maximum charge current of 0.8 A is required.
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