MEYER-SANSBOEUF - Ouessant Beige Soft Polyester Rope

Manufacturer: MEYER-SANSBOEUF
Durable soft polyester rope designed for marine applications with excellent abrasion resistance and easy splicing.
GTIN: 3700000444756
Vendor: Cabesto
Availability: In stock
€0.79
i h
Delivery date: 1 week

The Ouessant Beige Soft Polyester Rope is a high-quality, flexible rope designed for various applications, including halyards and sheets in cruising, as well as general handling. Its hollow core allows for easy splicing, enhancing its versatility for all maneuvers. The rope is available in several solid colors, including Beige, White, Blue, Navy Blue, Burgundy, Grey, Yellow, Black, Red, and Green.

  • High-Quality Polyester Construction: Crafted with a 24-strand braid in high-tenacity continuous polyester for the sheath and a 12-strand braid in high-tenacity continuous polyester for the core, ensuring durability and strength.
  • Flexibility and Easy Splicing: The hollow core design facilitates easy splicing, making the rope versatile for various maneuvers.
  • Excellent Abrasion Resistance: The high-tenacity polyester sheath provides excellent resistance to abrasion, enhancing the rope's longevity.
  • Low Elongation: The rope exhibits an elongation of about 8% at 50% of the breaking load, ensuring minimal stretch during use.

Technical Specifications

  • Composition:
    • Sheath: 24-strand braid in high-tenacity continuous polyester
    • Core: 12-strand braid in high-tenacity continuous polyester
  • Elongation: Approximately 8% at 50% of the breaking load
  • Melting Point: 255°C
  • Density: Approximately 1.38 g/cm³ (non-floating)
  • UV Resistance: Good
  • Chemical Resistance: Good
  • Electrical Conductivity: Non-conductive

Materials

High-tenacity continuous polyester fibers

Dimensions

Available in various diameters and lengths to suit different applications

Compatibility Information

  • Ideal for use as halyards and sheets in cruising
  • Suitable for general handling and decorative purposes
  • Compatible with standard splicing techniques due to its hollow core design