Description

The 8×61N wire rope is a non-rotating or rotation-resistant wire rope made up of 8 outer strands containing approximately 61 wires each, designed in a “N” (non-rotating) configuration. This rope is ideal for vertical lifting, multi-layer spooling, and rotationally sensitive applications, such as cranes, hoists, and elevators where load spin must be minimized. This construction features a special inner core system that balances the torsional forces of the outer strands, enabling superior stability under tension while maintaining excellent flexibility and fatigue resistance.

Technical Specification of 8×61N Single-layer Rope

• Construction: 8x65FNS, 8x69FNS, 8x71WSNS, 8x76WSNS, 8x80WSNS
• Core Options: Fiber Core (FC)
• Rope Diameter: Customizable based on application requirements
• Surface Finish: Galvanized or Smooth
• Tensile Strength: High load-bearing capacity for heavy-duty applications
• Standard Compliance: Meets industry standards such as GB/T, EN, and ISO
• Place of Origin: Hebei, China
• Brand: J&L

Features 

• Excellent Flexibility: The 8×61N Single-layer Rope is designed with superior flexibility, allowing it to bend and maneuver easily around pulleys and other equipment. This makes it ideal for tasks requiring dynamic movement, such as lifting, rigging, and towing, where the rope must adapt to various angles without compromising its performance.
• Superior Wear Resistance: Built to withstand harsh environments, the 8×61N Single-layer Rope is engineered with high resistance to abrasion and wear. This ensures a longer service life even under frequent use and extreme conditions, making it an ideal choice for applications where ropes are subjected to intense friction, such as in construction, marine, and heavy lifting operations.
• High Tensile Strength: The rope features an exceptional load-bearing capacity, offering outstanding tensile strength to handle heavy loads without failure. This strength is crucial for demanding applications, including hoisting, towing, and rigging, where reliable performance under heavy stress is necessary. The high tensile strength ensures the rope can endure significant tension without stretching or breaking, contributing to the safety and efficiency of operations.