Value Collection WS-MH-FIBR-096 Solid Braid Rope

Product Description

The VALUE COLLECTION WS-MH-FIBR-096 is a polyester solid braid rope sold in 1-foot increments from a 200-foot coil. The solid braid construction provides a smooth, round profile that resists kinking and holds its shape under tension. At 7/32 inch in diameter, this rope carries a rated load capacity of 118 pounds, making it well-suited for light-to-medium duty bundling, rigging, and utility tie-down applications across trade and industrial environments. Minimum order quantity is 100 feet.

This polyester solid braid rope is used across a wide range of trade and facility maintenance applications, including securing conduit runs, bundling cable, hanging lightweight components, and general utility work. The 7/32 inch diameter fits easily through small pulleys and guides. Polyester construction offers resistance to moisture, UV exposure, and abrasion, making it a practical choice for both indoor and outdoor installations. It is commonly specified by electricians, HVAC technicians, plumbers, and general contractors who need a reliable, consistent-diameter utility rope available in custom lengths.

Key Features

• Solid braid construction provides a smooth, round profile that resists kinking
• 7/32 inch diameter rated at 118 pounds load capacity
• Polyester material resists moisture, UV exposure, and abrasion
• Sold in 1-foot increments allowing precise quantity ordering
• Compact, consistent diameter fits small pulleys and rope guides

Compatibility

Designed as a general-purpose solid braid utility rope suitable for light-to-medium duty bundling, rigging, and tie-down applications across trade and industrial settings.

Installation Notes

Cut rope to the required length using a sharp blade or rope cutter, and seal the cut ends with heat or whipping to prevent fraying. Verify that the application load does not exceed the 118-pound capacity rating. Do not use this rope as a life-safety or fall-arrest line. Inspect for fraying, kinking, or UV degradation before each use.