ADATA P10050C PowerBank 10050mAh – Li-ion battery – Built-In LED Flashlight
- ADATA power banks utilize rechargeable li-ion batteries. Rated capacities are affected by various factors including but not limited to ambient temperature, testing conditions, and methods. Rated capacities of ADATA power banks are all tested and approved by third party test labs under strict conditions. The available capacity of rechargeable batteries decreases gradually with time and number of uses.
- When using an ADATA power bank to charge your USB-C devices, please use the device’s original cable for optimal charging.
P10050C Power Bank
Stay powered throughout your day with the uniquely styled 10000mAh P10050C power bank featuring support for USB Type-C.
Pearls and Seashells
Inspired by the grooved textures found on seashells and the glossy veneer of pearls, the P10050C sports a sleek exterior with organic ridges that exudes a sense of luxury and elegance.
Powering Your Day
With 10000mAh of capacity, the P10050C can fully charge up a tablet, or a smartphone four times over. So get out there and power through your day without worry!
* The number of charges may vary depending on device and other factors.
Hassle-Free with USB Type-C
If you already have a smartphone or tablet with a USB Type-C port, you already know that the interface is reversible and always plugs in the right way.
The P10050C puts all that mobile power into the palm of your hand. Grab it, drop it in your bag, and go!
Charges Two Devices While it Recharges
With two 2.4A USB output ports, you can charge up two devices simultaneously. Plus, with pass-through charging, those devices can be juiced up while the power bank is recharging, saving you precious time.
Built-In LED Flashlight
The P10050C sports a convenient built-in LED flashlight that’ll come in handy when looking for things inside your bag at night, or when a power outage occurs.
Multiple Safety Mechanisms
The P10050C employs many safety mechanisms that counter over-discharging, over-charging, short-circuiting, over-voltage, and over-current.