Vention Cotton Braided USB‑C to USB‑C 3.1 Cable 1M Gray – VEN TAAHF

The Vention Cotton Braided USB‑C to USB‑C 3.1 Cable 1M Gray VEN TAAHF is a robust and high‑performance charging and data cable designed for modern USB‑C devices in Kenya. Featuring a durable cotton braided jacket and USB 3.1 technology, this cable delivers fast charging and high‑speed data transfer for smartphones, tablets, laptops, and other USB‑C peripherals. Its premium build quality and sleek gray design make it ideal for everyday use, travel, office setups, and entertainment needs.

Product Features

High‑Speed USB 3.1 Data Transfer

Supports USB 3.1 standard for fast data transmission, enabling rapid file syncing, media transfer, and device communication.

Reliable 3A Power Delivery

Offers up to 3A charging support for efficient power delivery to USB‑C smartphones, tablets, and accessories.

Cotton Braided Exterior

Reinforced with a cotton braided jacket for increased durability, reduced tangling, and extended cable lifespan.

Premium Aluminum Alloy Connectors

Equipped with strong aluminum alloy connector housings that resist wear and improve strength at critical connection points.

Convenient 1‑Metre Length

Provides an ideal length for everyday use at desks, home offices, travel, or charging stations without excess slack.

Wide USB‑C Device Compatibility

Compatible with USB‑C equipped devices including smartphones, tablets, laptops, power banks, and more.

Product Specifications

• Product name: Vention USB‑C to USB‑C Cable
• Model number: VEN TAAHF
• Cable length: 1 metre
• Connector type: USB‑C male to USB‑C male
• Data standard: USB 3.1
• Power delivery: Up to 3A
• Jacket material: Cotton braided
• Housing material: Aluminum alloy connectors
• Cable colour: Gray
• Compatibility: USB‑C devices including phones, tablets, laptops
• Application: Charging, data transfer, syncing

The Vention Cotton Braided USB‑C to USB‑C 3.1 Cable 1M Gray VEN TAAHF is a dependable and stylish cable option in Kenya, offering fast charging, high‑speed data transfer, and enhanced durability for everyday device connectivity needs.