-13%
, , ,

Anker 622 Magnetic Battery (MagGo)

Anker
Availability:

1 in stock


  • Strong and Snappy
  • Slim and Compact
  • From Small to Smaller
  • 6 Months Warranty

From Rs.18,275.00

or 3 installments of Rs.6,091.67 - Rs.7,623.67 with

Buy Now Pay Later
or 3 X Rs.5,756.63 with Koko Koko
or 3 X Rs.5,787.08 with Koko
 Store Pickup (1-2 Working Days)
 Islandwide Delivery (5-7 Working Days)

Anker A1611H 622 Magnetic Battery (MagGo)

Prop It Up: Features a versatile built-in foldable kickstand that keeps your iPhone 13/12 upright for a comfortable viewing angle.

Strong and Snappy: The super-strong magnet snaps magnetically into place to ensure perfect alignment and an efficient charge.

Slim and Compact: The sleek and slim design is only 0.5 inch (12.8 mm) thin, so you can single-handedly take calls, selfies, and more.

From Small to Smaller: Anker’s new Mini Cell technology reduces the size of the overall battery without compromising power and charging efficiency.

Mini Meets Power
Anker’s exclusive MiniCell houses a powerful and faster portable charger that’s smaller than ever before.

Superior Safety
Anker’s exclusive MultiProtect safety technology provides complete protection for you and your devices.

Choose the Right Accessories
Using iPhone-compatible magnetic cases and the right charging accessories are important to ensure a smooth user experience.

USB-C Compatible
Built-in bi-directional USB-C ports provide flawless compatibility and optimal charging speeds for virtually all USB-C powered devices.

Compatibility:
iPhone 13 / iPhone 13 Pro / iPhone 13 Pro Max, iPhone 12 / iPhone 12 Pro / iPhone 12 Pro Max with a magnetic phone case.

Notes:
For best results, use a 12W power adapter (not included).

Not compatible with non-magnetic phone cases, such as OtterBox defender cases.

Magnetic and metal attachments such as cards, keys, and pop grips will interfere with charging.

The magnetic charge provides up to 7.5W maximum power.

When the portable charger is charging or discharging, some heat may be generated due to energy loss during transmission. This is a normal occurrence.