asontech 3 in 1 USB 6A W for Huawei/Honor portable TypeC for iPhone 14

39.06

59.11-34%
1.25 Meter
1.25 Meter

Product description

• 6A maximum current: Charge your devices quickly with a maximum current of 6A. • 3 in 1 cable: This cable is compatible with Huawei/Honor devices, iPhone 14, and Samsung devices, making it a versatile choice for all your charging needs. • UL certification: The cable is UL approved, ensuring it meets safety and quality standards. • Fast charging: With fast charging feature, you can power your devices quickly without wasting time. Product specifications Length: 2 meters Color: Black + Gold Material: Braided + Aluminum alloy Type-C port: 6A to IP: 2.4A Origin: Mercado Data transfer: Type C port supports only transmission Fast charging protocol: Supports Huawei Super Fast Charging Turbo models: Huawei Nova 10 Pro, Nova 9 Pro, Honor 70 Pro+, 70 Pro, 50 Pro, etc. (Huawei charger required for ultra-fast charging) Supports ultra-fast charging models 66W: Huawei P50, P50 Pro, Mate 40 Pro, Mate 40 Pro+, Mate 40 RS Porsche, Nova 10, Nova 9, Nova 8, 8 Pro, 8 SE, Honor 70, 60 Pro, etc. Supports 55W fast charging models: Huawei Mate X2, Mate XS, Mate X Supports 40W fast charging models: P40 Pro, P40, P30 Pro, P30, etc. Supports 5V2A (10W), 9V2A (18W), 10V2.25A (W), 10V4A (40W), 11V5A (55W), 11V6A (66W), 20V5A (W), and other charging specifications Supports fast charging for iPhone series and iPad series Supports Xiaomi 65W flash charge, Redmi fast charge, Samsung fast charge Supports Oppo/Vivo 65W flash dual-motor fast charge Supports Flash Charge and Wan Balsam Note: This cable can charge iPhone 15 series. It can charge iPhone 14, 13, 12, etc. Due to many phone models, they will not be listed one by one. If you have any questions, please contact us directly. When charging one device and connecting a second device, the first device may disconnect. When charging two devices and connecting a third device, there is no disconnect reminder. If the power of the adapters is insufficient, disconnection may occur due to overload.