POWERNYLON™ Towing Rope
POWERNYLON™ is a nylon towing rope designed for marine towing applications where elasticity, energy absorption, and flexible handling are important. Made from high-tenacity polyamide fiber and available in 8-strand and 12-strand constructions, it combines strength and abrasion resistance with the elastic characteristics of nylon.
During towing, relative vessel movement and changes in line tension place varying loads on the towline. POWERNYLON™ stretches under tension, contributing to energy absorption within the towing arrangement. Its flexibility supports line handling, deployment, and recovery during tug and workboat operations.
POWERNYLON™ can be selected for towing arrangements that benefit from elastic extension rather than minimal line stretch. Available diameters, lengths, and terminations can be matched to the intended duty, with wet-condition strength and working-load elongation considered as part of the rope specification.
- Construction: 8-Strand & 12-Strand
- In Compliance with OCIMF MEG4
FEATURES
density
1.14g/cm³
Buoyancy
Sinking
Elongation at Break
19-23%
melting point
218-258℃
water absorption
yes
anti-abrasion
excellent
anti-corrosion
good
anti-UV
good
BENEFITS
- High Elasticity
- Shock Absorption
- High Strength
- Flexible Handling
- Abrasion Resistance
- Marine Durability
APPLICATIONS
- Tug and Workboat Towlines
- Selected Vessel and Barge Towing Lines
- Harbor Towing Hawsers
How to choose the towing rope?
| Requirement | POWERNEEMA® | POWER-MIXED™ | POWERNYLON™ |
|---|---|---|---|
| Strength-to-Weight | Very High | Balanced | Moderate |
| Elongation | Low | Intermediate / Configurable | High |
| Buoyancy | Floating | Configuration-dependent | Sinking |
| Energy Absorption | System-dependent | Balanced / configuration-dependent | High |
| Main Selection Driver | Strength + low weight | Balanced performance | Elasticity + shock absorption |
How Does Water Affect Nylon Rope?
Nylon absorbs water when exposed to wet or submerged conditions, and its mechanical and elongation characteristics can change compared with dry rope.
For marine applications, rope selection and strength calculations should therefore be based on the appropriate wet-condition performance where applicable. Storage, inspection, and service conditions should also be considered when evaluating rope performance over time.