Velcro Brand 31090 Reusable Cable Tie 75 Ft Black

Product Description

The VELCRO BRAND 31090 is a reusable hook-and-loop cable tie rated for 100 lb tensile strength and designed for bundling, routing, and managing cables and wires in electrical, AV, data center, and general trade applications. At 75 feet in length, this tie stock is cut to length on the job, making it practical for large cable management projects where standard fixed-length ties fall short. The black color suits installations where a clean, low-visibility finish is preferred. Licensed electricians, low-voltage technicians, and field installers are the typical end users.

This cable tie is suited for residential and commercial electrical rough-in, panel work, conduit runs, and structured cabling installations. It performs well in environments where ties must be released and re-secured repeatedly, eliminating the single-use waste associated with nylon zip ties. Maximum bundle diameter is 0.5 inches, making it appropriate for small to medium conductor bundles and wire harnesses. Its reusable design makes it a practical choice for temporary or frequently reconfigured cable layouts.

Key Features

• Reusable hook-and-loop construction allows repeated fastening and release without tool damage to the tie
• 100 lb tensile strength rated for reliable bundle retention under load
• 75-foot continuous length - cut to any size needed on the job
• Maximum bundle diameter of 0.5 inches suits standard wire harnesses and conductor groups
• Black finish blends into typical electrical and low-voltage install environments

Compatibility

Designed as a general-purpose reusable cable tie for electrical, low-voltage, AV, and data cabling applications where hook-and-loop fastening is specified.

Installation Notes

Cut to the required length using scissors or a utility knife before securing the bundle. No special tools are required for installation or removal. In electrical panel and conduit applications, follow NEC guidelines for cable support and bundling spacing. Avoid over-cinching small-gauge conductors, as excessive compression can deform insulation.