eSTUFF ES604170-BULK USB-kabel USB 2.0 1 m USB C wit

The eSTUFF ES604170-BULK is a 1 m USB 2.0 cable with USB-C connectors on both ends, designed for data transfer and device connection. It supports USB 2.0 speeds up to 0.48 Gbit/s and features nickel-plated contacts for reliable electrical contact. The cable is part of eSTUFF's INFINITE line, manufactured with recycled materials and plastic-free FSC paper packaging.

Advantages

This USB cable uses 100% Global Recycled Standard certified post-consumer recycled TPE in the plugs and jacket and 100% GRS certified recycled PE for conductor insulation, with Intertek certification 233481. Connectors are laser-welded and reinforced, providing durability through over 35,000 180° bend cycles. The integrated Kevlar increases pull strength to more than 50 kg. The cable is PVC-free and highly flexible, resisting tangling while allowing repeated bending and twisting. Packaging is plastic-free and printed with solvent-free soy ink on FSC certified paper.

Suitable for

• Connecting USB-C smartphones, tablets and accessories to hosts or chargers
• Transferring files at USB 2.0 speeds (up to 0.48 Gbit/s)
• Use in environments where recycled-material and plastic-free packaging is preferred

Key specifications

• Model: eSTUFF ES604170-BULK
• Connectors: USB C – USB C
• USB version: USB 2.0 (max 0.48 Gbit/s)
• Cable length: 1 m
• Contacts: Nickel-plated
• Colour: White
• Weight: 0.04 kg

How to use

Insert each USB-C connector into the corresponding USB-C port on your devices. Ensure connectors are aligned before insertion to avoid damage. Use the cable for data transfer, syncing or charging where USB 2.0 performance is sufficient. After use, coil the cable loosely to avoid sharp bends; the cable's flexibility and reinforced connectors tolerate frequent handling and bending.

Recommendations

For reliable performance, avoid exposing the cable to extreme heat or prolonged moisture. Although the cable is reinforced and rated for high pull strength, disconnect by holding the connector rather than pulling the cable to prolong service life.