Rechargeable 18650 Lithium Battery Murata - Sony VTC1 3.7V 1300mAh

This rechargeable 18650 lithium-ion cell Murata - Sony VTC1 provides a nominal voltage of 3.7V and a rated capacity of 1300mAh. The cylindrical 18650 format delivers a compact power source suitable for devices and assemblies designed to accept 18650 cells. The cell is intended for use in flashlights, portable electronics, vaporizers and custom battery packs when used with proper holders, chargers and battery management systems. Observe standard charging profiles and safety measures for lithium-ion batteries to ensure reliable performance and longevity.

Advantages

The Murata - Sony VTC1 18650 offers stable nominal voltage and a moderate capacity in a standard 18650 form factor, enabling compatibility with a wide range of devices. Its rechargeable lithium-ion chemistry provides repeated-use capability and consistent discharge behavior under typical loads. The cell’s compact size and known manufacturer characteristics make it suitable for applications where reliable single-cell performance is required.

Suitable for

• Handheld flashlights and torches designed for 18650 cells
• Vaporizers and personal electronic devices that accept 18650 batteries
• DIY power banks and single-cell battery packs with proper housings
• Battery replacement in compatible equipment and test rigs

Key specifications

• Cell type: Rechargeable lithium-ion, cylindrical 18650
• Nominal voltage: 3.7 V
• Rated capacity: 1300 mAh
• Form factor: 18 mm × 65 mm (standard 18650 dimensions)
• Chemistry characteristics: Lithium-ion cell with stable discharge profile

How to use

Install the cell in devices that explicitly accept 18650 lithium-ion batteries, ensuring correct polarity and secure mechanical contact. Charge the battery using a charger designed for lithium-ion cells and compatible with the cell’s nominal voltage; follow manufacturer-recommended charging currents and cutoff voltages. If used in multi-cell assemblies, employ a proper battery management system (BMS) or balancing circuitry. Do not use damaged, swollen or heavily discharged cells and avoid short circuits, high-temperature exposure or mechanical deformation.

Usage recommendations

Store and transport the cell in a cool, dry place away from conductive materials. For longest service life, avoid deep discharges and excessive charging currents; consult device or charger documentation for recommended charging rates. Dispose of lithium-ion batteries according to local regulations at designated recycling points.