Hichain 65W PD Power Bank 20000mAh Laptop Travel Essential Portable Charger with Built in USB-C 3 Ports Fast Charging Battery Pack for Tablet MacBook iPhone 16/15 Series Samsung Android Switch Gray

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27 calificaciones

Color:

Gray

Disponibilidad
En stock

Peso con empaque
0.46 kg

Devolución
No

Condición
Nuevo

Producto de
Amazon

Sobre este producto

Hichain 20000mAh Power Bank: This powerful 20000mAh portable charger delivers up to 1.6 charges for a MacBook Air 13'', 1.3 charges for MacBook Pro 15', 4 full charges for an iPhone 16, and 19 charges for AirPods Pro 2, suitable for camping and travel.
Max 65W Super Fast Charging: Distribute 65W across three devices, with a single device receiving up to 65W, to rapidly charge iPhones, Samsung phones. Quickly charge MacBook Air to 50% in under 30 minutes. Compatible with PD3.0, QC, FCP, AFC, PE and SCP protocols, the output end adopts PD3.0 fast charging protocol 65W (MAX) power output, which can meet the fast charging of most terminal devices, such as mobile phones, tablets, and laptops.(1*USB-C Out, 1*USB-C In&Out, 1*USB-A Out)
Bi-Directional Charging USB-C Cable: The built-in USB-C cable enjoy two-way fast charging with up to 65W output and 45W input. (Note: Compatible with iPhone 15 16 Series, MacBook, Galaxy, iPad, Nintendo Switch, Steam.)
Slim & Compact: Easily slip it into your backpack, pocket, or bag and carry it anywhere! This lightweight external battery pack size is 4.25 x 2.7 x 1.3 inches. It lasts over 300 cycles, without battery deterioration over three years, features an excellent tactile feel and scratch resistance, and is an ideal choice for backup power for camping.
LED Display: The Intelligent LED display shows you the remaining power with accurat percentage, helps you allocate power reasonably and keep your phone fully charged at any critical moment.
New circuit protection design: Makes charging safer and more worry-free: over-temperature protection 77°, over-current protection 3.7A, overload protection 23W. Prevents devices from overcharging, overcurrent, overvoltage, and short circuits in multi-protect systems.