Wireless charging bank with magnetic suction, 5000mAh polymer lithium ion power capacity, USB charging style, khaki colour alloy shell mobile power supply for universal device compatibility
Magnetic suction wireless charging bank with 5000mAh polymer lithium battery and alloy shell

This portable charging solution combines magnetic wireless technology with traditional USB charging in a compact 102mm x 63mm x 12mm alloy-shell design. The 5000mAh polymer lithium ion cell provides substantial portable power capacity while maintaining manageable dimensions. With khaki-coloured square aluminium casing and universal device compatibility, this charging bank serves multiple charging needs whether through magnetic wireless transfer or standard USB connection. The alloy construction offers practical durability for everyday carrying and use.
Features and Construction

The magnetic suction wireless charging bank incorporates polymer lithium ion battery technology within an alloy protective shell. This combination provides both functional charging capabilities and physical protection for the internal components.
Material and Build
Constructed with an alloy shell and square aluminium case, the charging bank offers structural integrity for regular handling and transport. The khaki colour provides visual distinction while the materials contribute to the product's overall durability without adding excessive weight. The alloy composition helps dissipate heat during charging cycles and protects the internal polymer lithium ion cell.
Size and Practical Fit
Measuring 102mm in length, 63mm in width, and 12mm in thickness, the charging bank maintains pocket-friendly dimensions while housing 5000mAh of battery capacity. The square aluminium case design maximises internal space efficiency, allowing the polymer lithium ion cell to provide substantial power within these compact measurements. The 12mm profile keeps the device slim for easy carrying in bags or pockets.
Uses and Placement

The charging bank serves multiple power needs through both magnetic wireless charging and traditional USB connections. Its universal compatibility makes it suitable for various electronic devices in different environments.
Event or Professional Use
For business travellers or event attendees, the magnetic wireless charging capability allows quick power top-ups without cable clutter. The 5000mAh capacity provides sufficient power for multiple device charges between access to wall outlets. The alloy shell construction withstands the handling demands of travel while the khaki colour offers professional appearance suitable for work environments.
Everyday Home Use
At home, the charging bank serves as a convenient backup power source for smartphones, tablets, or other USB-charged devices. The magnetic suction feature enables cable-free charging for compatible devices while the USB port accommodates other electronics. The universal compatibility ensures most household electronics can connect either wirelessly or through the USB interface.
Benefits and Buying Value

This charging bank combines multiple charging methods with practical construction to provide versatile power solutions. The dual charging capabilities and compact design offer flexibility for different power needs.
Reuse and Low Maintenance
The polymer lithium ion cell technology supports repeated charging cycles with standard USB recharging of the power bank itself. The alloy shell requires only occasional wiping with a dry cloth to maintain appearance. With no moving parts and solid-state construction, the charging bank provides reliable service with minimal maintenance requirements.
Why Choose This Product
The combination of magnetic wireless charging and USB connectivity offers charging flexibility not always available in single-function power banks. The 5000mAh capacity provides substantial portable power within compact dimensions, while the alloy shell construction offers practical durability for regular use. Universal device compatibility ensures broad usefulness across different electronics and charging scenarios.

