Ecm Industries Llc 45-311UVBSC Cable Tie 11 in Black 20 Pack

Product Description

The ECM INDUSTRIES LLC 45-311UVBSC is an 11-inch black self-cutting cable tie sold in a 20-piece pack. Unlike standard cable ties that require a separate flush-cut tool, this tie features a built-in locking and twisting mechanism that severs the tail cleanly at the lock point. The installer simply cinches the tie, locks it, and twists to finish — no additional cutting tool needed. This design reduces tool count on the job and speeds up wire management tasks. Weighing in at 0.88 pounds per pack, these ties are a practical addition to any service bag or panel truck.

These cable ties are suited for bundling wire harnesses, securing conduit runs, organizing low-voltage control wiring, and general wire management in HVAC, electrical, and plumbing installations. The black color provides UV resistance for applications in attics, rooftops, exterior equipment enclosures, and other environments with light exposure. Residential and commercial service technicians alike will find the self-cutting feature useful when working in tight spaces where a separate cutting tool is difficult to maneuver.

Key Features

• Self-cutting mechanism eliminates the need for a separate flush-cut tool
• Lock-and-twist finish severs the tail cleanly at the locking head
• 11-inch length accommodates medium to large wire bundles
• Black color provides UV resistance for outdoor and attic installations
• 20 ties per pack for efficient stocking and use

Compatibility

Designed as a general-purpose self-cutting cable tie suitable for wire bundling and management tasks in HVAC, electrical, and plumbing trade applications.

Installation Notes

These cable ties are installed by hand with no special tools required. Thread the tail through the locking head, cinch to the desired tension, lock the head, and twist to cut the excess tail flush. Follow NEC or applicable local code requirements for securing and supporting wire bundles and conductors. Avoid over-cinching on flexible or insulated conductors where deformation of the jacket could affect performance.