SPECIFICATIONS
Brand Name: NoEnName_Null
Output Interface: USB-Type C
Input Interface: Micro USB
Battery Type: Lithium Polymer Battery
Shell Material: Metal
Features: Built in Cables
Features: Digital display
Origin: Mainland China
Type: Portable Power Bank
Support Quick Charge Technology: Two-way Quick Charge
Color: pink,white,black,purple
Function 1: Mini and Portable Power Banks
Function 2: Support Type C Input and Output
Function 3: With LED Digital Display
Function 4: Compact and portable charge anytime
Function 5: Two interfaces available
Function 6: Charge two devices at the same time
Function 7: Comes with stand
Function 8: Comes with lanyard
Function 9: Polymer cells are safe and resistant to charging
2 In 1 Portable Power Bank USB to TYPE C Cable Two-way Fast External Battery Charger With Mobile Phone Holder For IPhone Xiaomi
Description
【No Additional Cables Required】
The new mobile power supply, no need to buy or use additional charging cables, reducing weight and space, more convenient to carry, suitable for a variety of environments
【Reduce Loss】
The new mobile power supply adopts the design that the main board is directly connected to the charging interface. It does not need to be charged through the conduction of the charging line like the traditional mobile power supply. The new design reduces the charging loss, and the power output from the battery is directly input to the mobile phone. Improve energy efficiency
【Extensive Compatibility】
Type C, and Lightning interface, compatible with 90% of mobile devices, Lightning interface is suitable for iPhone AirPods Watch Type C, suitable for, Samsung, Xiaomi, Huawei, Realme, Poco, Oneplus, OPPO, Moto, LG, Sony ect
Use Tips:
Type-C port on the back side only input port offer power bank to power bank only!!!
Cable on the power bank only the output cabcel charge to phone only!!!
Note:
Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you!
Please allow 1-2cm measuring deviation due to manual measurement.