USB cable eSTUFF ES604175 1.5m USB 2.0 data transfer

The eSTUFF ES604175 USB cable is a 1.5 m USB 2.0 data transfer cable designed for reliable connectivity between computers and compatible peripherals or devices. Part of eSTUFF's INFINITE line, the cable uses recycled materials and plastic-free packaging to reduce environmental impact while providing high durability and flexible handling.

Advantages

The cable features connectors with full laser-welded reinforcement and an internal Kevlar layer, giving it a pull strength exceeding 50 kg and a rated durability of more than 35,000 180° bends. Its jacket and plugs are made from 100% GRS-certified post-consumer recycled TPE, and the conductor insulation uses 100% GRS-certified recycled PE. Packaging is FSC-certified paper printed with solvent-free soy ink and contains no plastic.

Suitable for

• Transferring data between computers and peripherals (printers, external drives, scanners)
• Connecting USB-enabled devices for syncing and charging
• Everyday desktop and mobile device use where a 1.5 m cable length is appropriate

Key specifications

• Length: 1.5 m
• Standard: USB 2.0
• Brand: eSTUFF
• Model / MPN: ES604175
• EAN: 5715063458433
• Materials: 100% GRS-certified post-consumer recycled TPE (plugs and jacket), 100% GRS-certified recycled PE (conductor insulation)
• Durability: >35,000 180° bends
• Pull strength: >50 kg (Kevlar reinforcement)
• Packaging: plastic-free, FSC-certified paper with solvent-free soy ink

How to use

Connect the appropriate USB-A or device-specific connector to the host and the other end to the peripheral device. Ensure connectors are fully inserted to establish a stable data connection. Use the cable for data transfer or device charging with USB 2.0-compatible ports. Avoid exposing the cable to sharp objects or extreme heat; store coiled without tight knots to maintain flexibility.

Recommendations

For optimal longevity, disconnect by gripping the connector housing rather than pulling the cable. Keep the cable away from liquids and excessive bending near the connector ends to preserve the laser-welded reinforcements and Kevlar strength.