Fascetta fermacavi per scala Fischer BN 3.6 x 200

The Fischer BN 3.6 x 200 ladder cable tie is a transparent nylon fastener designed for bundling and routing cables. At 200 mm long and 3.6 mm wide, this pack of 100 ties provides a practical solution for organizing wiring in residential, commercial and light industrial settings. The ladder design allows for reliable locking and even tension distribution along the tie, while the transparent finish minimizes visual impact when used in visible installations.

Advantages

Made from durable nylon, these cable ties resist deformation and maintain secure clamping over time. The ladder profile improves grip and prevents slippage, while the slim 3.6 mm width is suitable for grouping small to medium cable bundles without excessive bulk. Supplied in a quantity of 100, the set reduces the need for frequent reordering and supports larger organization projects.

Suitable for

• Cable management behind desks and entertainment systems
• Routing and securing low-voltage wiring in offices and homes
• Temporary or permanent bundling of wires in light electrical installations
• Organizing network, audio/video and power leads

Key specifications

• Material: Nylon
• Color: Transparent
• Length: 200 mm
• Width: 3.6 mm
• Pack quantity: 100 pieces

How to use

Insert the tail of the cable tie through the head and wrap it around the cable bundle, pulling the tail until the desired tension is achieved. For a neat finish, trim the excess tail close to the head using a cutter or scissors. When securing multiple bundles, space ties evenly to distribute strain and avoid over-tightening, which can deform cable insulation.

Recommendations

Use these transparent nylon ladder cable ties for indoor applications and locations protected from direct sunlight and extreme temperatures. For outdoor exposure or high-temperature environments, consider ties specified for UV resistance or higher temperature ratings. Dispose of used or damaged ties and replace them if they show signs of cracking or loss of tensile strength.