High Drain Li-Ion cell for high energy demand devices such as machinery, vape-mod, flash, gardening...

Ni-Cd Cell SubC used to assemble battery packs that request high energy demand such as professional flash, machinery, electromedicine, etc. compatible with fast loading, encamed in cardboard paper to avoid sheath breakage due to overheating.

High Drain Li-Ion cell for high energy demand devices such as machinery, vape-mod, flash, gardening...

High Drain Li-Ion cell for high energy demand devices such as machinery, vape-mod, flash, gardening...

Samsung INR18650-35E 3.6V 3450mAh 10A Cell 18650 size cell Samsung branded, for low drain electronic uses, not valid for high drain devices (motors, halogen lights, vape, etc.), optimal design for maximun capacity performance for this size 

High Drain Li-Ion cell for high energy demand devices such as machinery, vape-mod, flash, gardening...

- Ultra High Capacity for High Drain Devices - Rechargeable up to 500 times - Low Self-Discharge ( Remains up to 75% after 1 year in storage) - 4 Pack with travelling case included.

High Drain Li-Ion cell for high energy demand devices such as machinery, vape-mod, flash, gardening...

High-quality and reliable LG INR18650-M29 lithium cell with 3.6V and 2850mAh capacity. Quick and efficient charging, low self-discharge rate, and sturdy and safe design.

Samsung INR18650-50E lithium-ion cell with a capacity of 4900mAh and nominal voltage of 3.6V. Ideal for consumer electronics and renewable energy systems. With a long lifespan and capable of withstanding high charge and discharge currents.

LifePO4 18650 lithium accumulator with a capacity of 1800mAh and a nominal voltage of 3.2V. Ideal for stationary, solar, constant energy demand or constant charging applications. Characterized by a prolonged lifespan of more than 1000 cycles with a capacity loss of less than 20%.

Ni-Mh Cell SubC us ed to assemble battery packs that request high energy demand such as professional flash, machinery, electromedicine, etc. compatible with fast loading, encamed in cardboard paper to avoid sheath breakage due to overheating.