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New England Ropes STS Heat Set Dyneema Rope

 

New England Ropes STS Heat Set Dyneema Rope

  • Diameter: 3mm (1/8"), Tensile Strength: 5200 lbs, Color: Gray
  • Material: 100% HMPE Dyneema SK 78 Fiber, Heat Treated Under Tension
  • Replacement for Lifelines and Selected Standing Rigging, Sold per Foot
  • Item #: 
    608837
    Brand: 
    New England Ropes
    Model #: 

    Multiple Models Available

    Our Price:
    From: $0.95  To: $6.04
    0.95 6.04
    Please enter quantity below.
     
     
     
    Please note: Items Cut to Custom Lengths Are Not Returnable.
     

    Line Diameter
    Tensile Strength
    Model #
    Available Length
    Shipping Weight
    Availability
     
    Price
    Qty - Ft
     
    3 mm (1/8")
    5200 LB
    1628-03
    null
      0.03 Lbs.
      *In Stock!*
    Our Price: $0.95
     
    5 mm (3/16")
    9000 LB
    1628-05
    null
      0.04 Lbs.
      *In Stock!*
    Our Price: $2.11
     
    6 mm (15/64")
    12,385 LB
    1628-06
    null
      0.05 Lbs.
      *In Stock!*
    Our Price: $2.96
     
    7 mm (9/32")
    18700 LB
    1628-07
    null
      0.06 Lbs.
    Our Price: $3.49
     
    9 mm (23/64")
    23,600 LB
    1628-09
    null
      0.07 Lbs.
      *In Stock!*
    Our Price: $6.04
     
    Click the "Check Length" button above to view the longest continuous length currently in stock.
     
     

    Information on Tensile Strength VS Working Load.


    Features:

    • The rope made of HMPE (high modulus polyethylene) fibers is heat-treated, under tension, at temperatures greater than 100°C / 212°F
    • At a microscopic level, this process causes the molecular chains to be oriented such that they are linear, thus ensuring greater load bearing capacity
    • The STS (Stronger than Steel) process under exposure to heat increases the rope’s breaking strength by achieving a uniform distribution of the HMPE fiber lengths throughout the rope’s longitudinal profile
    • Up to 28% more breaking strength at equal diameters
    • A minimum of 90% less constructional elongation
    • Higher breaking strength at same diameter
    • Same breaking strength at smaller diameter and less weight
    • Low constructional elongation
    • Longer service life due to closed rope structure, even without cover
    • Stable rope cross-section
    • uniform fiber lengths in the rope’s longitudinal profile
    • Molecular chains are oriented in the direction of the force
    • Improved degree of utilization of the fibers contained in the rope
    • Higher breaking strength
    • Stable rope cross-section
    • Closed rope structure
    • Applications: Steering cables, backstays and other applications that need high strength, low stretch and greater durability than Vectran

    Click Here to See More Information for this Product

     
     

     
     

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