Baseus CATKLF-ALG1 USB-C - USB-C PD QC cable 100W 5A 2m - gray, Baseus
Delivery terms
Product will be ordered from supplier. If the supplier is unable to deliver by the specified date, we will inform you by e-mail
 Available | Supplier Warehouse |
Home delivery
Home delivery
After handing over the goods to the courier, we will inform you by e-mail.
Over €25.00 (Orders up to 1000 kgs) | For free |
To €25.00 (Orders up to 1000 kgs) | €4.50 |
Delivery to DPD pickup locations
Delivery to DPD pickup locations
€3.50
Supplier product description
Baseus Cafule nylon cable USB Type C Power Delivery 2.0 100W 20V 5A 2m
Charging and data transfer in mobile devices requires the use of appropriate cables. Baseus Cafule are perfect for models that consume energy of up to 100W . Thanks to the technology used, they guarantee fast and safe charging of laptops equipped with a USB Type C PowerDelivery input.
Specification:
- Material: Nylon, Aluminum, TPE
- Connectors: USB Type C
- Maximum Transfer: 48Mbps
- Maximum working current: 100W(20V/5A)
- Cable connector type: USB Type C
- Fast charging: PowerDelivery, Quick Charge
- Length: 2m
Instantly charges your phone
The Baseus Cafule Cable is designed to support QC 3.0 fast charging. Connecting it to your laptop and charger will allow you to charge your phone or iPhone using wireless technology. Fast transfer via the USB Type C port meets the requirements of the most modern chargers.
High durability with intensive use
Baseus Cafule PD cables are made of durable materials, including a nylon braid. It is exceptionally resistant to abrasion and mechanical damage, effectively protecting the internal transmission beam. The well-thought-out design makes the cables very durable and long-lasting. The nylon sheath additionally protects the cable against tangling.
Cables for demanding tasks
Baseus 2nd generation cables are designed for fast charging of laptops with high power of 100 W. The maximum charging time is only 1.5 hours - 1 hour less than in the case of 1st generation cables.
KGO: PLN 0.02 net
