Beige 16-strand mooring rope 20m

Kuvaus

Beige 16-strand mooring rope with a spliced eye made of brown leather on 20m length is a crucial tool for all maritime activities. This sturdy and reliable mooring line is expertly crafted for optimal performance in demanding marine settings. With a diameter of 32mm, this rope is designed to manage significant loads while providing flexibility and user-friendliness. The hand-spliced soft eye ensures a secure attachment, making it ideal for docking and mooring applications. The marine-grade leather eye cover not only adds to its durability but also gives a sophisticated look to your equipment.

Keskeiset hyödyt

• Korkean lujuuden polyesteri: Made from 16 strands, this rope offers outstanding strength and durability, making it resistant to wear.
• Korroosionkestävyys: The materials are designed to withstand harsh marine conditions, ensuring longevity.
• Käsintehty viimeistely: Each rope features a carefully hand-finished end, minimizing imperfections and enhancing performance.
• Pehmeä silmämuoto: The soft eye allows for easy handling and secure fastening, making it user-friendly for everyone.

Tekniset tiedot

• Model: MTM-D-3101682
• Diameter: 32 mm
• Length: 20 m
• Breaking Strength: daN (kestävyys Kg)

Suositeltu käyttö

This mooring rope is ideal for various applications on board, such as securing vessels at docks, anchoring, and towing. Its robust construction makes it suitable for both recreational and commercial use. Whether you're a yacht owner, charter operator, or involved in marine logistics, this rope delivers the reliability and strength necessary for safe operations.

Asennus- ja huolto-ohjeet

Ensure the spliced eye is securely fastened to prevent slippage during installation. Routinely inspect the rope for wear, especially after prolonged exposure to harsh conditions. To maintain the rope's integrity, rinse it with fresh water after contact with saltwater and let it dry completely before storage. Store in a cool, dry place away from direct sunlight to prevent fiber degradation.