Value Collection WS-MH-FIBR-074 Twisted Rope 1/4 in

Product Description

The Value Collection WS-MH-FIBR-074 is a 1/4-inch diameter polypropylene twisted rope sold in 1-foot increments with a 200-foot minimum order quantity. This rope has a rated load capacity of 141 pounds and is constructed from polypropylene, which resists moisture, most chemicals, and UV degradation better than natural fiber alternatives. The twisted construction provides consistent lay and makes the rope easy to splice, coil, and handle. It is well suited for general utility, bundling, securing loads, and light rigging applications in trade and industrial environments.

This rope is applicable across a range of trade and facility maintenance uses including securing conduit bundles, tying off equipment during service calls, staging materials, or general utility cordage on job sites. The polypropylene material makes it appropriate for wet or outdoor environments where natural fiber rope would absorb moisture and degrade. The 1/4-inch diameter and 141-pound working capacity suit light-duty securing and bundling tasks. Orders ship in a 200-foot minimum increment priced per linear foot, with the full coil measuring 2,400 feet available as a larger quantity option.

Key Features

• 1/4-inch diameter twisted polypropylene construction
• 141-pound load capacity for light-duty securing and bundling
• Polypropylene resists moisture, mildew, and common chemicals
• Twisted lay allows easy splicing and consistent coiling
• Sold per linear foot with 200-foot minimum order quantity
• Full coil length available at 2,400 feet

Compatibility

General-purpose twisted polypropylene utility rope suited for light-duty securing, bundling, and cordage applications across trade and industrial job sites.

Installation Notes

Cut rope to required length using a sharp utility knife or rope cutter. Heat-seal cut ends with a flame to prevent fraying, as polypropylene is thermoplastic and will fuse cleanly. Do not exceed the rated 141-pound load capacity. Inspect rope for abrasion, kinking, or UV degradation before each use in load-bearing applications.