USAMS CD227 XJ Series 5000mAh Ultra-Thin 20W Magnetic Power Bank with

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USAMS CD227 XJ Series 5000mAh Ultra-Thin 20W Magnetic Power Bank with Built-In USB-C Cable

$19.00

Experience sleek, completely cord-free convenience with the ultra-thin USAMS CD227 (XJ Series) Magnetic Wireless Power Bank. Merging elegant pocket portability with dual-mode charging capability, this 5,000mAh external battery pack features a remarkably slim, featherlight profile weighing only 106 grams. It snaps directly onto your phone without adding bulk, making it the perfect daily companion for emergency power top-offs on the go.

The CD227 is built for a premium user experience, offering a precise, hidden LED digital power display window that instantly confirms your exact remaining battery percentage. Equipped with strong internal magnets, it locks accurately onto the back of your MagSafe-compatible iPhone or wireless-charging Android phone. For ultimate versatile utility, it features an integrated, low-profile Type-C charging cable tucked directly into its frame, allowing you to charge your phone wirelessly at up to 15W or plug in via the cable for a blazing-fast 20W Power Delivery (PD) wired output.

Key Features

Ultra-Thin & Featherlight Frame: Weighing just ~106g, this ultra-slim titanium-styled battery slips effortlessly into small pockets or onto the back of your phone without obstructing your grip.
Integrated Type-C Charging Cable: Eliminates the need to carry separate cords by building a premium, flexible USB-C charging cable directly into the power bank casing.
15W Wireless + 20W Wired Fast Charging: Yields up to 15W of wireless charging efficiency alongside a high-velocity 20W Power Delivery wired current from the Type-C hardware lines.
Smart LED Digital Display Window: Replaces vague flashing lights with a crystal-clear, numeric battery life indicator screen so you can monitor your power reserves in real-time.
Low-Temperature Multi-Safety Protection: Engineered with a specialized smart control board that actively balances temperature distribution while defending against overcharging, overcurrent, and voltage spikes.