Made with 100% GRS certified recycled and recyclable plastic
USB 2.0-ready cable transfers data at a top speed of 480 Mbps
Supports maximum 18W (compliance with QC3.0)
Tested to survive 6,000+ bends
Includes a cable clip for easy organization
Details
Unlike most charging cables, dbramante1928 cables are made with 100% recycled plastic and are fully recyclable. This 1m USB-A to USB-C cable allows you to safely fast charge and synchronize USB-C-enabled devices. The cable is compatible with all USB-A chargers and features a case-friendly connector design.
100% RECYCLED PLASTIC. 100% RECYCLABLE: Unlike most device power solutions our chargers and cables are made with 100% GRS-certified recycled plastic and are 100% recyclable. Thanks to innovative ultrasonic welding technology our chargers are durable and ultra-resistant without the use of glue and screws. All parts can easily be separated during the recycling process.
Durable tested to withstand 10.000 bends Our cables are not only made from recycled materials. They’re also super durable and tested to survive 10.000 bends contributing to a long life cycle and less electronic waste.
FAST UNIVERSAL CHARGING Enjoy the convenience of fast universal charging for smartphones, laptops, MacBook, tablets, Apple Watch, AirPods and more. With USB-C PD technology provides fast charge of up to 50% in 30 minutes for iPhones and up to 50% in 26 min for Samsung.
CHARGE AND SYNC YOUR DEVICES AT TOP SPEED Whether you are charging or linking up devices our cables offer fast data transfer at a top speed of 480 Mbps. Choose between resistant TPE cables made with 100 % recycled plastic or braided cables made with 100% recycled fabrics, zinc alloy and plastic materials
RECYCLE YOUR OLD ELECTRONICS Unlike most device power solutions our chargers and cables are made with 100% GRS-certified recycled plastic and are 100% recyclable. Thanks to innovative ultrasonic welding technology our chargers are durable and ultra-resistant without the use of glue and screws. All parts can easily be separated during the recycling process.
