Anker Prime USB-C to USB-C 240W Cable – Durable Upcycled-Braided 0.9m (3ft )Black

Anker Prime USB-C to USB-C Cable 240W – Upcycled-Braided, 0.9m (3ft) | Model A88E2 – Black

🔹 Ultra-Fast 240W Charging
Experience lightning-fast charging with the Anker Prime USB-C to USB-C Cable. Delivering up to 240W, it powers your devices quickly and efficiently, ensuring you stay connected without delays.

🔹 Sustainable & Eco-Friendly
Crafted from post-consumer recycled nylon, this cable combines high performance with environmental responsibility, reducing waste while keeping your devices powered.

🔹 Engineered for Extreme Durability
Designed to last a lifetime, the Anker Prime withstands over 300,000 bends and extreme temperatures from -40°F to 176°F, ensuring reliable performance under any conditions.

🔹 Ultra-Strong & Reliable
Built to endure heavy usage, this cable supports up to 220 lbs without damage, making it one of the most robust USB-C cables for daily tech setups.

🔹 USB-IF Certified for Safety
Charge with peace of mind. This USB-IF certified cable protects your devices from overcurrent and short circuits, meeting the highest safety standards.

Specifications:

• Brand: Anker

• Model Number: A88E2

• Connector Type: USB Type-C (Male-to-Male)

• Cable Type: USB

• Compatible Devices: Headphones, Smartphones, Laptops

• Special Features: Fast Charging, Durable, Eco-Friendly

• Color: Black

• Dimensions: 90 x 1.2 x 1.2 cm

• Weight: 59 g
  

  🔹 Why Choose Anker Prime USB-C to USB-C Cable?

  • Ultra-Fast & Efficient: Delivers up to 240W Power Delivery, ensuring your devices charge quickly and reliably.

  • Sustainable & Eco-Friendly: Made from post-consumer recycled nylon, combining high performance with environmental responsibility.

  • Built to Last: Withstands over 300,000 bends and extreme temperatures, guaranteeing long-term durability.

  • Super Strong & Reliable: Supports up to 220 lbs, making it one of the most robust USB-C cables for everyday use.

  • Safe & Certified: USB-IF approved to protect your devices from overcurrent, short circuits, and overheating.