Characteristics of Nylon Buoy Ropes

Buoy ropes utilize a torque-free braiding process, providing better abrasion resistance. The inherent high elongation and high rebound properties of nylon fiber endow the rope with a higher energy absorption capacity. During deployment operations, wind and wave energy are converted into work done within the rope, significantly reducing the load on the mooring system.

Characteristic 1:
Torque-free braiding; the eight-strand rope structure achieves torque balance under load.

Characteristic 2:
High elongation, high energy absorption. Higher elongation means the rope can perform more work. Under identical wind and wave conditions, connection points and equipment experience lower loads.

Characteristic 3:
Repeated twisting of the strands avoids exposing long sections of fiber, effectively enhancing the rope's abrasion resistance and energy absorption capacity.

Characteristic 4:
Special finishing process improves the rope's elasticity and reduces its rate of length change during use.

Application Scenario:
Buoy Mooring

Product Parameters:

Density: 1.14 g/cm³

Maximum Working Temperature: 140°C

Elongation at Break: 26% - 32%

Abrasion Resistance: Very Good

UV Resistance: Good