Alloy USB C to USB C High Speed Ultradurable Cable
Alloy USB C to USB C High Speed Ultradurable Cable
Alloy USB C to USB C High Speed Ultradurable Cable
Alloy USB C to USB C High Speed Ultradurable Cable
Alloy USB C to USB C High Speed Ultradurable Cable
Alloy USB C to USB C High Speed Ultradurable Cable
Alloy USB C to USB C High Speed Ultradurable Cable
Alloy USB C to USB C High Speed Ultradurable Cable
Alloy USB C to USB C High Speed Ultradurable Cable
Alloy USB C to USB C High Speed Ultradurable Cable

Alloy USB C to USB C High Speed Ultradurable Cable

The more copper, the faster the charge. The Alloy USB C to USB C High Speed Ultradurable Cable comes with 2x the copper versus a leading value cable, meaning it was designed to charge faster. The patented alloy wrap on the cable and extended strain relief increase cable longevity.

  • 2x the Copper Versus a Leading Value Cable for Faster Charging
  • Tensile Alloy Wrap for Extra Durability
  • Extended Strain Relief Protects the Cable at Its Most Vulnerable Point
  • Engineered in the USA
  • Universal USB C Connector Compatible with Fast Charging Ports
  • Lifetime Warranty
Sale price $34.99
/
Color
Pay with Ease
  • American Express
  • Apple Pay
  • Diners Club
  • Discover
  • Google Pay
  • Mastercard
  • Shop Pay
  • Visa
Only 1192 items in stock!
Fast, Free Delivery
30-Day Money Back Guarantee
Hassle-Free Warranty
Lifetime Customer Support
Fast, Secure Checkout

Engineered for Life

High Quality

Designed to perfection and backed by our hassle-free replacement program

Universal Power

The power you need for modern life

Rapid Charge

Power through life on your terms, fully charged

To anyone who needs a charge, Ventev is the most inventive and reliable accessory company for mobile devices for your professional, entertainment, and social needs.

How do we do it? Work with top tech innovators—such as Qualcomm® Technologies, Inc and USB-IF—to engineer the fastest, highest quality mobile device charging options on the market and keep you adventuring at peak efficiency.