Cable ties QOLTEC reusable white 7.2 x 300 mm, pack of 50

QOLTEC reusable white cable ties, size 7.2 x 300 mm, pack of 50 are designed for adjustable and removable fastening of cables, hoses and other grouped items. These cable ties provide a practical alternative to single-use ties by allowing repeated opening and closing, enabling neat routing and temporary or semi-permanent bundling in a variety of environments including homes, offices, server rooms and AV installations.

Advantages

The reusable construction allows multiple cycles of fastening and release without damage to the tie, while the white finish offers a neutral, low-visibility appearance in most installations. The 7.2 mm width combined with 300 mm length is suitable for medium-sized cable bundles and small hoses; the pack of 50 supplies multiple fastening points or larger projects. The design reduces waste compared with single-use ties and supports easier maintenance and cable changes.

Suitable for

• Bundling electrical and data cables in home and office setups
• Organizing cables in server racks and network cabinets
• Securing cables and hoses in audiovisual and multimedia installations
• Temporary fastening for maintenance, testing or prototyping tasks

Key specifications

• Material: durable reusable plastic (releasable mechanism)
• Color: white
• Width: 7.2 mm
• Length: 300 mm
• Pack quantity: 50 pieces

How to use

Wrap the cable tie around the bundle and insert the free end into the locking head until it engages. To release, press the releasable tab or mechanism as indicated and withdraw the free end. Reposition or reclose as needed for routing or maintenance. Avoid overtightening to prevent deformation of cables; use multiple ties spaced along the bundle for secure, even support.

Usage recommendations

For best results use these reusable ties to group cables with moderate diameters and for applications where future access or reconfiguration is expected. Store ties in a dry environment and avoid prolonged exposure to direct sunlight or high temperatures to maintain material flexibility and release function.