Hook & loop cable tie Velcro VEL-EC60388, 200 x 12 mm, black, pack of 6

VELCRO® Brand hook & loop cable tie VEL-EC60388 is a reusable fastening solution for bundling and organizing cables. Each strap measures 200 x 12 mm and is finished in black; the pack contains six ties. Made from Velcro material, these ties provide adjustable, tool-free fastening for power cords, network and AV cables, home office setups and server racks, allowing repeated use without damage to cables or insulation.

Advantages

These hook & loop cable ties combine a low-profile design with flexible reuse: they fasten securely while remaining easy to open and reposition. The 200 x 12 mm size fits a wide range of cable bundles and keeps cords neatly grouped without constriction. Being made from Velcro material ensures durability over multiple cycles of fastening and release and reduces wear compared with single-use plastic ties.

Suitable for

• Cable management in home and office workstations
• Organizing power cords, chargers and cables
• Bundling network, Ethernet and AV cables
• Securing cables in server racks and equipment cabinets
• Temporary or adjustable cable routing and installations

Key specifications

• Length: 200 mm
• Width: 12 mm
• Colour: Black
• Material: Hook & loop (Velcro)
• Pack quantity: 6 ties
• Reusable and adjustable fastening

How to use

Wrap the tie around a cable bundle, route the free end through any required position, and press the hook and loop surfaces together to secure. To adjust or remove, peel the surfaces apart and refasten as needed. Use multiple ties spaced along a run for longer bundles or to secure cables at regular intervals. No tools are required for application or removal.

Usage recommendations

For neat and safe cable routing, use these ties to group cables of similar function (power separate from data where possible) and avoid overtightening; allow the straps to hold cables snugly without compressing insulation. Store unused ties in a dry place away from prolonged sunlight to maintain hook & loop performance.