Type-C 66W Aluminum Alloy Transparent Data Cable --Icy Series 1.2m

Price:
£14.99
  • Type: USB Cable, type-c usb cable, Fast charging cable
  • Use: MP3 / MP4 Player, Camera, Mobile Phone, Power Bank, Multifunction, Smart Watch, Earphone
  • Private Mold: Yes
  • Model Number: SJ572
  • Place of Origin: Guangdong, China
  • USB Type: TYPE-C
  • Material: Aluminum alloy + Braided Cable
  • Connector: USB 3.0 Connector
  • Jacket: Braided
  • Shielding: Braid
  • Conductor: Tinned Copper
  • Quantity:

    USAMS Cables US-SJ572 Type-C 66W Aluminum Alloy Transparent Data Cable --Icy Series 1.2m

    • Made with high-quality materials, this cable features a Type-C connector on one end and supports 66W fast charging, allowing you to charge your devices in no time. Measuring in at 1.2 metres, it's the perfect length for use at home, in the office or on the go.
    • The standout feature of this cable is its transparent design that allows you to see the internal wiring, adding a touch of style and personality to your charging experience. The cable is also made with aluminium alloy, which makes it durable and long-lasting.
    • Not only is this cable perfect for charging your devices, but it also supports data transfer between devices with Type-C ports. This means you can easily transfer files, photos and videos between your devices.
    • The cable's connector is designed to fit snugly and securely into your device's port, ensuring a stable connection every time. The cable is also tangle-free, making it easy to use and store. With its sleek and modern design, it will complement any device and any setting.
    • Upgrade your charging and data transfer game with the VVITEC US-SJ572 Type-C 66W Aluminum Alloy Transparent Data Cable. Enjoy lightning-fast charging speeds and seamless data transfer with this versatile and innovative cable. Order yours today and experience the convenience and durability of this high-quality cable. With its transparent design, it's not only a functional cable but also a stylish accessory for your device.