Thomas Betts L-6-18-0-C Standard Cable Tie 100 Pack

Product Description

The THOMAS BETTS L-6-18-0-C is a standard nylon cable tie designed for general-purpose bundling and routing of wire harnesses, cables, and conduit runs. At 6.4 inches in overall length with an 18-pound tensile strength, it handles light to moderate bundling loads in residential and commercial electrical, HVAC, and plumbing installations. The black nylon construction is UV-resistant and weather-resistant, making it suitable for both indoor and outdoor applications. Each tie measures 0.1 inches wide and 0.045 inches thick, with a maximum bundle diameter of 1.5 inches. Sold in packs of 100, this tie is a standard stocking item for service vans and job sites alike.

This cable tie is used wherever secure, low-profile wire management is needed. Common applications include bundling low-voltage control wiring in HVAC systems, securing conduit to strut in electrical panels, organizing plumbing supply lines, and routing wire harnesses in equipment enclosures. The UV and weather resistance make it a reliable choice for rooftop equipment, exterior conduit runs, and any installation exposed to sunlight or moisture. Electricians, HVAC technicians, and plumbers all reach for this style of tie as a daily-use consumable.

Key Features

• 6.4-inch overall length with 18-pound tensile strength for reliable bundling
• Maximum bundle diameter of 1.5 inches accommodates a range of wire groupings
• UV-resistant and weather-resistant black nylon for indoor and outdoor use
• Rated for a maximum operating temperature of 221 degrees F
• UL Recognized under File E4905
• Sold in a 100-piece pack for high-volume job-site use

Compatibility

Designed as a standard one-piece self-locking cable tie suitable for general wire management applications across electrical, HVAC, plumbing, and industrial installations.

Installation Notes

Cable ties of this type are installed by hand or with a tensioning tool that sets pull force and cuts the tail flush. Follow NEC bundling requirements when securing wiring inside panels or enclosures. Do not over-tighten on insulated conductors, as excessive cinching can damage wire jackets. For outdoor or rooftop applications, confirm the mounting surface and routing path before final installation.