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Yale Double Esterlon 16mm Rigging Rope- 2 Splice

£328.54-to£695.02 (Inc. VAT)
£273.78-to£579.18 (Ex. VAT)
Active slide of Yale Double Esterlon 16mm Rigging Rope- 2 Splice
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Double Esterlon is a double-braided rope constructed of premium over finish polyester fiber in both the sleeve and core. This product is identified by two green strands braided into the cover structure and is available with optional Maxijacket urethane coating to further enhance the rope?s wear resistance.

Additional Information

Brand
Yale
SKU:
RROPE-YALE-DEST16RR-2SP

Description

Double Esterlon is a double-braided rope constructed of premium over finish polyester fiber in both the sleeve and core. This product is identified by two green strands braided into the cover structure and is available with optional Maxijacket urethane coating to further enhance the rope?s wear resistance.

Details

Double Esterlon is a double-braided rope constructed of premium over finish polyester fiber in both the sleeve and core. This product is identified by two green strands braided into the cover structure and is available with optional Maxijacket urethane coating to further enhance the rope’s wear resistance. Double Esterlon has low stretch, high dielectric strength, and excellent wear life. Double Esterlon yields the highest-strength double braid polyester available. It is completely spliceable, delivering the cataloged strengths when spliced properly.

Arborist Rigger’s Line

Double Esterlon ideal for use in lowering systems, supplying unmatched rope strength and durability.

Double Esterlon Specifications and Data

Diameter Average Spliced Break Strength* (lbs) Minimum Spliced Break Strength* (lbs) Maximum Working Load 5:1** (lbs) Weight (lbs/100ftt)
16mm (5/8") 17,000 15,300 3,400 13.7
* Knots and abrupt bends significantly reduce the strength of all ropes and lower the maximum working load. ** Working load is based on static or moderately dynamic lifting/pulling operations. Instantaneous changes in load, up or down, in excess of 10% of the rope’s rated working load constitute hazardous shock load and would void the normal working-load recommendation. Consult Yale Cordage for guidelines for working loads and the safe use of rope. declarations of conformity