Value Collection WS-MH-FIBR-089 Truck Rope 100 Ft

Product Description

The VALUE COLLECTION WS-MH-FIBR-089 is a polypropylene California truck rope rated for up to 472 pounds of load capacity. Measuring 100 feet in length with a 1/2 inch diameter, this rope is built for securing cargo on flatbeds, stake beds, and open trailers. Polypropylene construction resists moisture, rot, and most common chemicals, making it a practical choice for outdoor and transport applications. It is commonly used by logistics crews, freight handlers, and tradespeople who need a reliable, lightweight tie-down solution for daily load securing tasks.

This rope is suited for securing loads on commercial and utility vehicles in both residential and light commercial transport scenarios. Its 100-foot length gives users flexibility to rig multiple tie-down configurations or work with longer loads. The California truck rope style features a construction and rigging profile familiar to drivers and load-securing crews working under DOT cargo securement requirements. No specialized tools are required for basic use, and the rope can be hand-coiled for compact storage between jobs.

Key Features

• 100-foot length supports versatile tie-down and load-securing configurations
• 1/2 inch diameter for a firm, manageable grip
• 472 pound load capacity for light to moderate cargo securing
• Polypropylene material resists moisture, rot, and common chemicals
• Lightweight construction reduces fatigue during repeated use
• California truck rope profile suited for flatbed and open-trailer applications

Compatibility

Designed as a general-purpose California truck rope for use with flatbed trailers, stake beds, and open cargo vehicles requiring standard 1/2 inch diameter polypropylene rope for load securement.

Installation Notes

Inspect the rope for fraying, kinks, or damage before each use. Follow applicable DOT cargo securement regulations when using this rope as part of a tie-down system. Do not exceed the rated 472 pound capacity. Store coiled and away from prolonged direct UV exposure to maintain fiber integrity over time.