Releasable Cable Tie StarTech.com 6" 15cm Nylon 66 40lb 100 Pack

These StarTech.com medium releasable cable ties (100 pack) are made of Nylon 66 and designed to bundle, secure and route cables. Each white tie is 6.75 in. (171.5 mm) long, includes a 5 mm mounting hole for wall or surface attachment, and has a rated tensile strength of 40 lb (18 kg). The one-piece design with adjustable tension makes them suitable for organizing network, power and other cables at home or in the office.

Advantages

The ties are manufactured from durable Nylon 66 for toughness and flexibility, UL94 V-2 fire rated, UL approved, and CE & Lloyd's Register certified. The integrated 5 mm mounting hole allows secure surface mounting of cable bundles, and the 6.75 in. length supports bundles up to 1.57 in. (40 mm) in diameter. Supplied in a 100-pack, they provide an ample quantity for multiple installations.

Suitable for

• Bundling network cables and patch cords
• Securing power cables and cord runs
• Organizing cables at workstations and server racks
• Mounting cable bundles to walls, panels or enclosures

Key specifications

• Brand: StarTech.com
• Model / MPN: CBMZTS10N6
• Quantity: 100 pieces
• Material: Nylon 66
• Length: 6.75 in. (171.5 mm)
• Maximum bundle diameter: 1.57 in. (40 mm)
• Tensile strength: 40 lb (18 kg)
• Mounting hole diameter: 5 mm
• Colour: White
• Approvals: UL, CE, Lloyd's Register; UL94 V-2 fire rating

How to use

Wrap a cable tie around the cable bundle, insert the tail into the head and pull to the desired tension. Use the mounting hole to secure the tied bundle to a wall or panel with an appropriate screw or fastener (5 mm hole). To release or reposition, depress the locking tab if the design allows release or cut the tie for permanent removal. Follow safe cable-routing practices and avoid over-tightening to prevent cable damage.

Usage recommendations

Use appropriate-sized fasteners for the 5 mm mounting hole and avoid exposure to temperatures or chemicals outside the Nylon 66 specification. For installations requiring higher fire or chemical resistance, consult product approvals and consider alternative materials.