Αποσπώμενο δεματικό καλωδίων DeLOCK 19731

The DeLOCK 19731 is a releasable cable tie designed for organizing and securing cables and wires. Made from durable nylon and finished in white, each tie measures 1020 mm in length and 9 mm in width. This pack contains 10 reusable ties with a releasable locking mechanism that allows for easy adjustment and multiple uses, suitable for a range of cable management tasks in home, office, and professional environments.

Advantages

The releasable locking mechanism enables quick release and repositioning without cutting, reducing waste and allowing repeated use. Nylon construction provides good tensile strength and flexibility while remaining lightweight. The 1020 mm length accommodates larger cable bundles and the 9 mm width provides stable support for grouped cables. The white colour gives a neutral appearance that blends with most environments.

Suitable for

• Bundling power cables, network cables and audio/video wires
• Temporary installations where changes are expected
• Cable routing in home entertainment systems and office workstations
• Workshop and server cabinet cable management

Key specifications

• Material: Nylon
• Length: 1020 mm
• Width: 9 mm
• Colour: White
• Pack quantity: 10 pieces
• Type: Releasable / reusable cable tie

How to use

Wrap the cable tie around the group of cables to be secured and insert the tail through the locking head until the bundle is held firmly. To release or reposition, operate the releasable latch according to the locking head design and gently pull the tail back through. Inspect ties periodically for wear or damage and replace if the locking mechanism or material shows signs of failure. Avoid excessive force when tightening to prevent deformation of cables.

Recommendations

Use these releasable cable ties when you need flexible, reusable cable management. For permanent or high-tension applications, choose ties rated for higher tensile strength. Store unused ties in a cool, dry place away from direct sunlight to maintain material properties.