Bsc Preferred TWR110 Twisted Rope Chemical Resistant

Product Description

The BSC PREFERRED TWR110 is a twisted rope designed for applications that demand durability, light weight, and resistance to harsh conditions. This rope floats on water and remains splicable for easy length adjustment in the field. It resists bending fatigue and repeated flexing without degrading. The TWR110 is unaffected by rot, mildew, oil, gasoline, water, and most common chemicals, making it a reliable choice for demanding environments. Riggers, material handlers, and packaging professionals working in wet, chemical-exposed, or outdoor settings will find this rope suited to their needs.

The TWR110 is appropriate for use in packaging, shipping, and general strapping or bundling applications. Its floatable characteristic makes it well suited for marine or waterside environments where rope may come into contact with standing or moving water. The chemical and mildew resistance extends the usable life of the rope in storage or repeated-use scenarios where moisture and contaminants are present. This product is equivalent to part number S-14194.

Key Features

• Floatable construction suitable for wet and marine environments
• Splicable design allows field length adjustments without specialized tools
• Resists rot, mildew, oil, gasoline, water, and most chemicals
• Withstands repeated bending and flexing without premature degradation
• Lightweight for easy handling and reduced load weight

Compatibility

Equivalent replacement for part number S-14194. Designed for general-purpose twisted rope applications in packaging, shipping, and strapping operations.

Installation Notes

This rope is handled and installed by riggers, packaging technicians, and material handling personnel. No power tools or electrical shutoffs are required for standard use. When splicing, follow standard rope-splicing procedures appropriate to the rope diameter and load application. Inspect the rope for wear, fraying, or chemical damage before each use and remove from service if structural integrity is in question.