UGREEN 10000mAh Magnetic Wireless Charging Mobile Battery
Description:
Designed for iPhone Series】UGREEN Magsafe power bank specially designed for iPhone 15/14/13/12 Series. And the MagSafe Wireless Charger is embedded with MiniCell batteries, which are consistent with the material system of the iPhone. It has improved safety performance and better protects your phone.
Juice up Your Phone Faster】UGREEN 20W usb c power bank allows you to fast charge your iPhone 15 Pro Max to 60% in just 30 minutes. Plus, our battery pack can be fully charged in under 3 hours with a 20W PD charger (not included).
Charge Max 3 Devices Simultaneously】The wireless battery pack can charge 3 Devices at the same time, Support up to 15W wireless charging, maximum of 22.5W USB-A PD output and maximum 20W USB-C output.
Flexible Foldable Kickstand】MagSafe battery pack with hidden stand, you can put it to tray table during a flight in order to watch a movie. Triple-click the power button to turn off wireless charging and use the stand only. The clever design helps free your hands and you don't need to carry an extra phone holder on your trip.
Universal Compatibility】Our power pod is perfectly designed to work flawlessly with the iPhone 15/14/13/12 series and the case with magsafe. Other mobile phones and devices that do not support wireless charging can be charged by wire. Such as Samsung S24 Ultra, and iPad Pro 2021 etc.
Superior Safety, Calm Charge】UGREEN wireless portable charger has overcharge, overdischarge, overcurrent and short circuit protection to protect the safety of your equipment. Built-in intelligent control chip and dual-cell solution can automatically identify the charging device, adjust the output current and accurately control the temperature timely to charging fast without getting hot.
Powerful Magnetic Lock】The power bank Magsafe has built-in 18 N52H powerful magnetic cores and magnetic positioning module. Not only is the magnet strong, but it can also automatically align with the mobile phone, eliminating the need to deliberately find the adsorption position.
