Enjoy FREE Local Delivery in Dubai for Orders over 100 AED | Worldwide shipping

doesn't apply

NEW ITEMS are added every single day!

Not yet ready for your vacation? We got you!

Spread joy, not germs!

Grab all gaming accessories and beat 'em all!

Collect all board games and puzzles! Don't miss the fun!

Looking for something specific?

Native Union

NU-BELT-PRO2-KFT-NP

NATIVE UNION Belt Pro USB-C to USB-C Charging Cable 2.4M - Kraft

Introducing the Belt Cable Pro 240W (USB-C to USB-C), the ultimate charging solution for your Type-C laptop and all your devices. With Power Delivery 3.1 support, experience the strongest and most powerful charge available, enabling you to do more and stay connected wherever you are, be it at home or in the office.

  • ULTIMATE TYPE-C CHARGING CABLE:  The Belt Cable Pro 240W USB-C to USB-C with Power Delivery 3.1 support provides the strongest and most powerful charge available, ensuring you can do more and stay connected wherever you are.
  • ECO-FRIENDLY:   Made with an innovative eco-friendly construction, this cable features 100 percent recycled PET braiding, 100 percent recycled TPU housing, and a 75% recycled bonded leather strap. It's a conscious choice that promotes sustainability without compromising on performance.
  • DURABLE AND CONVENIENT:  With an extra-long 8ft length, you'll never be interrupted while charging. The reinforced braiding and ultra-strong aramid fiber core ensures durability and resistance to wear and tear. Additionally, the recycled bonded leather strap keeps the cable tangle-free, making it easy to store and carry.
  • CHARGING STATUS INDICATOR:  The built-in LED light indicates the charging status, providing you with a quick and easy way to check if your devices are charging. It eliminates the guesswork and keeps you informed at a glance.
  • WIDE COMPATIBILITY:  Experience full-speed charging for your MacBook Pros, MacBook Air, MS Surface and Laptops, workstation, 4K USB-C monitor, and other power-intensive Type-C devices. It is designed to meet the demanding power needs of high-performance devices.