رباط تثبيت الكابلات باللون الأسود قياس (3.6x300mm) يباع (Per Pkt)

Dimensions are 3.6 mm in width and 300 mm in length. It is described as UV-resistant nylon with a maximum tensile strength of 18 lbs, and it features a low-profile head for tidy organization.

The item overview lists durable UV-resistant nylon, while the technical spec mentions stainless steel. Based on the item bullets, nylon is the intended material for typical use; if you need metal ties, check the product variant listed on Fepy for a true stainless steel option.

Thread the tail through the head, pull to snug the bundle, and avoid over-tightening to prevent damage to the cables. For best results, bundle evenly and, if needed, use a mounting surface or tie mount for added stability.

Yes, the listing notes that it is reusable for future tasks. To reuse, cut or release the existing tie, and re-thread a fresh tie through the same or another bundle as needed.

It's ideal for mounting and organizing cables, wires, hoses, and soft or hard objects in electrical, networking, IT, and general cable-management projects, both indoors and outdoors (with UV resistance considered).

Stay within the 18 lb tensile limit and avoid overly tight fastening that could damage cables. Use appropriate mounting methods for long-term installations and store away from direct harsh heat sources to preserve material integrity.

The product is described as being sold per packet and may also be available in larger packs. Exact quantities depend on the listing variant, so select the desired option on the product page.

Organizing computer and network cables behind desks, securing power cords, bundling hoses in workshops, or keeping automotive/wiring harnesses tidy—any project requiring a flexible, low-profile cable management solution.

Compared to other nylon cable ties on Fepy, this 3.6 x 300 mm variant provides a standard width and length with UV resistance and a low-profile head. Alternatives include:

This tie is suitable for general cable management tasks within its rated strength. It should not be relied upon for critical safety applications, load-bearing scenarios, or environments exceeding typical outdoor UV exposure without checking the specific variant and application notes on the product page.