Baseus PPQDP20 QPOW Pro+ 20000mah Fast Charging Power Bank With (Type C) Cable Black (22.5W)

Baseus Qpow Pro 20000mAh 22.5W Type-C Fast Charging Power Bank

The Baseus Qpow Pro 20000mAh 22.5W Type-C Fast Charging Power Bank can charge your phone once to three times, depending on its capacity. This Baseus Power Bank is highly useful while traveling or enduring an extended power outage. The front of the casing features an integrated display that shows the charge level in percentage form in real-time. It can charge three devices at the same time, making it ideal for gifting. The Baseus Qpow Pro 20000mAh, 22.5W Power Bank The vast majority of commonly used USB-A and USB-C powered devices are compatible with it. This applies not only to Android phones, but also to wireless speakers, cameras, lighting, and other devices. Quick Charge 3.0, Samsung AFC, Huawei FCP 5A, and Power Delivery technology up to 22.5W are all supported for fast charging on Android devices. The power bank's lid is made of robust, durable materials, making it difficult to scratch or damage. The Baseus Type-C Power Bank was certified and passed various safety tests. Made with high-quality materials. Premium chips, durable batteries, cutting-edge circuitry, a unique design, and a long-lasting multilayer coating all contribute to reliability and safety. The Baseus Qpow Pro 20000mAh 22.5W Power Bank's control circuitry controls the current and protects it from injury. Multiple levels of protection against short circuits, electromagnetic fields, overvoltage, overheating, overcharging, excessive discharge, and overcurrent ensure complete safety for the phone and its accessories. It will be beneficial anywhere, especially outside of civilization, during excursions or treks. Its body contains a display that shows how much of the power bank's battery remains charged. The Baseus Qpow Pro 20000mAh 22.5W Type-C Power Bank is lightweight and compact. A sophisticated software based on an improved chip optimizes its performance while also providing safety against overload, overheating, and short circuits, among other features.