Tarranauha-kaapelikiinnike ShiverPeaks BS18-10008

The ShiverPeaks BS18-10008 hook & loop cable tie is a reusable fastening strap designed for organizing cables, wires and small bundles. Made from a combination of nylon and polyester, this cable tie measures 3000 mm in length and 14 mm in width and comes in black. Supplied as a single piece, it offers a flexible and adjustable way to secure cords without cutting or damaging insulation.

Advantages

This hook & loop cable tie combines strength and pliability: the nylon and polyester materials provide abrasion resistance and long service life while remaining soft enough to avoid pinching or damaging cables. Its 3000 mm length and narrow 14 mm width give flexibility for grouping large or multiple bundles and for creating custom loops. Being reusable, it reduces waste and allows repeated adjustments as equipment and cable layouts change.

Suitable for

• Cable management in offices and data centers
• Home entertainment and AV setups
• Securing bundled power cords, network cables and audio/video leads
• Temporary or permanent routing of wiring in workshops and production areas
• Bundling hoses, straps or other elongated items for storage or transport

Key specifications

• Material: nylon and polyester
• Length: 3000 mm
• Width: 14 mm
• Color: black
• Type: hook & loop, reusable

How to use

Wrap the strap around the cable bundle, thread the free end through any available slot or loop to form the desired loop size, then press the hook side onto the loop (pile) side to secure. Adjust tension by repositioning the overlapping section; to release, peel the hook and loop apart and reposition or remove the strap. The long length allows multiple wraps for smaller bundles or a single wrap for larger groups of cables.

Recommendations

For best results, group similar cables together and avoid overtightening to prevent kinking or insulation stress. Use multiple ties spaced along long cable runs for even support. Store the strap flat and dry when not in use to maintain hook & loop performance.