CMP Cordage Nylon Double Braid Dock Line - Black
Engineered for durability and performance, CMP Cordage ropes feature a torque-balanced braided cover and core, crafted from high-tenacity Type 6 Nylon for unbeatable strength and color retention.
- Double braid nylon rope is easy to handle and spliceable
- Nylon resists most chemicals and will not rot or mildew
- Twisted twill yarn to improve abrasion resistance
- Exceeds Cordage Institute standards for strength
- Heavy-duty reusable storage strap
CMP Cordage Cover Construction
- 100% continuous filament high tenacity Type 6 Nylon
- Coloured nylon yarns are solution-dyed for colour fastness and reduced fading
- The cover yarn has extra twist to improve abrasion resistance and strength
- The braided cover is torque balanced to increase strength and reduce rotation under load
CMP Cordage Core Construction
- 100% continuous filament high tenacity Type 6 Nylon
- The braided core is torque balanced to increase tensile strength and reduce rotation under load
Professional hand spliced eye—the splice is stronger than the rope!
A meticulous process of creating a loop at the end of a rope through skilled manual splicing techniques not only ensures a secure and reliable connection but also results in an eye splice that is often stronger than the rope itself. By carefully interweaving and tucking the strands of the rope back into itself, the splice distributes the load evenly, minimizing stress concentrations and maximizing strength.
Heat sealed bitter end prevents fraying
The bitter end of a rope undergoes a crucial process to ensure longevity and reliability. The heat seal applied to the fibers melts them together to prevent fraying and unraveling, maintaining the integrity of the rope and preventing potential hazards caused by loose fibers.
For additional protection against environmental factors such as moisture, abrasion, and corrosion, the heat-sealed bitter end is enveloped in a non-corrosive, flexible polyolefin shrink tube, which acts as a shield that safeguards the rope from wear and tear while retaining its flexibility and handling characteristics.
