BIBOSHI Type-C to Type-C Fast Copper Cable – 60W Fast Charging Cable with Durable TPE Thread Design

Powerful charging, reliable data transfer, and enhanced durability for everyday use.

The BIBOSHI Type-C to Type-C Fast Copper Cable is designed for users who need dependable charging performance with a strong and long-lasting build. Supporting 60W fast charging and 3A current output, this cable delivers stable power for compatible USB-C devices while maintaining efficient performance.

Featuring a strengthened TPE thread body, this cable is built to resist bending, cracking, and everyday wear, providing a safer and more durable charging solution for home, office, and travel use.

Key Features

✅ 60W Fast Charging Support
Provides powerful charging performance for compatible USB-C devices with efficient power delivery.

✅ 3A High-Speed Charging Output
Supports stable current flow for faster and more reliable charging.

✅ Durable TPE Thread Body Design
Reinforced construction helps resist bending, breaking, and cable cracking during daily use.

✅ High-Speed Data Transfer
Supports USB 2.0 data transfer speeds up to 480Mbps for smooth file synchronization.

✅ Premium Copper Core Construction
Designed for stable conductivity and reliable charging performance.

Product Details

Brand: BIBOSHI
Model: BIBOSHI Type-C → Type-C Fast Copper Cable
Cable Type: Type-C to Type-C Cable
Charging Power: 60W Fast Charging
Current Output: 3A
Data Transfer Speed: Up to 480Mbps (USB 2.0)
Material: Strengthened TPE Thread Body
Function: Fast Charging + Data Synchronization

Compatible With

✔ USB-C smartphones
✔ Tablets with Type-C ports
✔ USB-C laptops
✔ Power banks
✔ USB-C chargers and adapters
✔ Other Type-C compatible devices

Why Choose BIBOSHI Type-C to Type-C Cable?

The BIBOSHI Fast Copper Cable combines strong construction, fast charging capability, and reliable data transfer in one premium cable. Its reinforced TPE design helps improve durability, making it a practical choice for users who need a cable that can handle everyday usage.