Mars 86107 Cable Tie 8 Inches Black Nylon 100 Pack

Product Description

The MARS 86107 is a standard-duty nylon cable tie designed for bundling wire harnesses, hoses, and conduit runs in HVAC, electrical, and mechanical installations. At 8 inches in length and 1.75 inches in width, these black nylon ties provide a reliable, low-profile bundle point for a wide range of wire management tasks. Each pack contains 100 ties, making it a practical stocking item for service vans and panel shops. The nylon construction resists moisture and mild chemical exposure in typical mechanical room environments. HVAC technicians, electricians, and plumbers install these as part of routine wire and tubing management during equipment installation or service calls.

These cable ties are suited for residential and light commercial applications where a quick, secure bundle point is needed. Common uses include securing low-voltage control wiring, bundling refrigerant line insulation, organizing conduit pulls, and routing drain lines. The 100-count quantity is sized for job-lot use, reducing the need to restock mid-project. The black color also provides some UV resistance compared to natural nylon ties, making these appropriate for installations with limited sun exposure.

Key Features

• 8-inch length suits a broad range of bundle diameters
• Nylon construction resists moisture and mild chemicals
• Black color offers added UV resistance over natural nylon
• 100 ties per pack for job-lot stocking
• Standard-duty design for wire harnesses, hoses, and conduit runs

Compatibility

Designed as a general-purpose cable tie compatible with standard one-piece locking tie-mount applications in HVAC, electrical, and plumbing installations.

Installation Notes

Cable ties are installed by hand and typically require no tools beyond flush-cut side cutters or diagonal pliers for trimming the tail after cinching. Follow NEC guidelines when bundling electrical conductors to avoid exceeding fill or derating requirements. Do not over-cinch ties on insulated conductors, as excessive tension can damage insulation over time.