Rechargeable Li‑Ion 18650 battery CAMELION ICR 18650 F 2600mAh 3.7V

CAMELION ICR 18650 F 2600mAh 3.7V is a rechargeable lithium‑ion cylindrical cell in the 18650 format, offering a nominal voltage of 3.7 V and a rated capacity of 2600 mAh. The cell is intended for devices and assemblies that accept 18650 batteries, providing a compact source of energy for moderate‑drain applications. Use in systems with appropriate charging and protection circuitry to ensure safe operation and to prolong battery life.

Advantages

The CAMELION ICR 18650 F combines a mid‑range capacity with the standard 18650 form factor, making it compatible with a wide range of flashlights, power banks, portable electronics and DIY projects. Its lithium‑ion chemistry delivers stable nominal voltage and relatively high energy density compared with many older rechargeable chemistries. The cell is rechargeable, allowing repeated use and replacement of disposable cells in devices that support 18650 batteries, and it is suitable for installations that include battery protection or battery management systems.

Suitable for

• Flashlights and torches designed for 18650 cells
• Power banks and portable charging devices
• Vape devices and personal vaporizers that accept 18650 cells
• Handheld electronics and portable tools with moderate current draw
• DIY projects, battery packs and prototyping with proper holders and protection

Key specifications

• Battery type: rechargeable lithium‑ion cylindrical cell (18650 format)
• Nominal voltage: 3.7 V
• Rated capacity: 2600 mAh
• Typical application: moderate‑drain devices
• Physical form factor: 18 mm diameter × 65 mm length (standard 18650 dimensions)

How to use

Install the CAMELION ICR 18650 F following the polarity markings of your device or battery holder. Charge using a charger designed for lithium‑ion 18650 cells and observe the charger manufacturer’s settings for current and cut‑off voltage. Do not attempt to charge the cell with an unregulated or inappropriate charger. For multi‑cell assemblies, ensure cells are matched by capacity and state of charge and use appropriate balancing or protection circuitry. Avoid short circuits, mechanical damage, exposure to high temperatures, and prolonged deep discharge to maintain safe operation and battery longevity.

Usage recommendations

Use a dedicated lithium‑ion charger, operate the cell within the device manufacturer’s specified temperature and current limits, and include overcharge/overdischarge protection when building battery packs. Replace cells that show signs of swelling, leakage, excessive heat, or significant capacity loss.