Beige Polyester Braided Dock Line with Stainless Steel Thimble Ø32mm 16m
- Stock: Agotado
Description
The Beige Polyester Braided Rope with Stainless Steel Thimble Ø32mm 16m is your essential companion for various marine applications. This high-quality dock braided line is expertly crafted with a hand-spliced and finished stainless steel thimble, ensuring robust performance and reliable strength. The end terminal is meticulously hand-finished and sewn to eliminate imperfections, providing peace of mind during use. Made from 16 plaited high-tenacity polyester, this rope boasts excellent abrasion resistance, making it ideal for demanding marine environments. Though non-floating, its strength and softness make it an excellent choice for docking, towing, and securing boats.
Key benefits
- Durability: Constructed from high-tenacity polyester, offering maximum abrasion resistance.
- Reliability: Hand-spliced stainless steel thimble ensures strong and dependable connections.
- Safety: Hand-finished end terminal prevents fraying and enhances overall safety during handling.
- Versatility: Suitable for various marine applications, including docking and towing.
Technical details
- Model: MTM-D-3101742
- SKU: 3101742
- Material: High-tenacity polyester with stainless steel thimble
- Diameter: Ø32mm
- Length: 16m
- Breaking strength: daN (in Kg)
Recommended nautical use
This braided rope is perfect for various applications onboard, such as:
- Securing boats at the dock
- Towing other vessels
- Creating reliable mooring lines
- General-purpose rigging and handling tasks
Installation and maintenance advice
For optimal performance, follow these guidelines:
- Handling: Always handle the rope with care to prevent damage to the fibers.
- Storage: Store in a cool, dry place away from direct sunlight to prevent degradation.
- Inspection: Regularly inspect the rope for signs of wear or damage, particularly at spliced areas.
- Corrosion resistance: Ensure stainless steel components are cleaned and maintained to prevent corrosion in marine environments.