Baseus Cafule Series Metal Data Cable USB to Type-C 66W 0.25m Black

Brand
Category: Mobile Accessories
SKU: ATG00133
Manufacturer: Baseus

Tk 599


  • Brand: Baseus
  • Name: Baseus Cafule Series Metal Data Cable USB to Type-C 66W
  • Material: Zinc alloy+Nylon braided wire
  • Current: 11V/6A Max. 66W
  • Transmission speed: 480Mbps
  • Input interface: USB
  • Output interface: Type-C
  • Length: 0.25m, 1m, 2m
  • Color: Black(0.25m/1m/2m), White(1m/2m)”
Description
  • About 86% Charge in 30 Minutes: 11V/6A 66W high power, suitable for 66W fast charging for Huawei
  • 6 Strands of Copper Cores for Triple speed: The charging speed of 6 strands of cores is 3 times faster than that of 2 strands of cores
  • Alloy Oxidation-resistance Upgraded Protection: Zinc alloy material with smooth UV coating and integrated design make this cable oxidation-resistant and colorfast
  • All-Metal SR at a Constant Temperature: You can use your phone while charging and do not need to worry about hot connectors to damage your phone battery any longer. Enjoy a safer and faster charging experience
  • Trickle Charging Never Damage Device for Charging the Whole Night: When the device is fully charged, the trickle mode is automatically switched, charging at night is more assured
  • 1mm Curved Connectors: Soft rubber protection, easy to plug and unplug
  • High-density Nylon Braided Material: Closely braided wire cores form a solid and wear-resistant structure
  • Charging and Data Transfer with One Cable: The speed is as fast as 480Mbps, fast charging/fast data transfer

Specifications:

  • Brand: Baseus
  • Material: Zinc alloy+Nylon braided wire
  • Transmission speed: 480Mbps
  • Input interface: USB
  • Output interface: Type-C
  • Length: 1M

Compatible with:

  • Universal

Warranty: 6 Months Warranty.

Advance payment requirement: 10% Advance needed for Cash On Delivery (Non-Refundable)

Note: Product delivery duration may vary due to product availability in stock.

Disclaimer: The actual color of the physical product may slightly vary due to the deviation of lighting sources, photography or your device display settings.

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