Cable Tie Helos 6 60 mm 10 m

The Helos 6 60 mm 10 m cable tie is a polyethylene-based reusable organizer designed for securing and bundling cables, hoses and other cylindrical objects. Provided as a single black roll with a total length of 10 metres, this cable tie is sized to fasten terminal grips and bundles with diameters from 6 mm up to 60 mm. The product combines a weather-resistant material with a compact profile suitable for indoor and outdoor cable management tasks.

Advantages

The polyethylene construction offers flexibility and resistance to abrasion and moisture while maintaining shape across a range of temperatures. The 10 m length allows multiple cuts to custom sizes, reducing waste and enabling precise fits for different diameters between 6 and 60 mm. The black colour helps conceal bundles and provides a discreet finish on most surfaces.

Suitable for

• Organising power and data cable runs in offices and server rooms
• Securing bundles of wires and hoses in automotive and workshop environments
• Temporary or semi-permanent fastening of cables on outdoor installations

Key specifications

• Material: Polyethylene
• Colour: Black
• Total length: 10 metres
• Compatible bundle diameters: 6 mm to 60 mm
• Form: Roll suitable for cutting to required lengths

How to use

Measure the circumference or diameter of the item to be secured and cut an appropriate length from the 10 m roll. Wrap the cut piece around the cables or objects so that the ends overlap, then fasten according to the product's fastening method (for example, insert and secure if the tie uses a head closure or use approved connectors). Trim excess material for a neat finish and avoid sharp edges near sensitive cables.

Usage recommendations

Select a length that allows slight overlap for secure fastening and avoid overtightening to prevent damage to cable insulation. For long-term outdoor exposure, periodically inspect for UV or weather-related degradation and replace pieces showing signs of brittleness. Keep away from sharp edges and sources of heat above typical operating ranges for polyethylene.