Page 117 - Barbara Merry - The Splicing Handbook
P. 117

ELEVEN
               Eight-Plait Rope-to-Chain Splice


               Technically, this splice belongs in chapter 10 on eight-plait rope, but it deserves

               a chapter of its own. This splice is superior to other systems for anchor rodes
               because there is no knobby shackle-and-thimble connection to drag across the
               deck. Also, it eliminates a shackle in a position where the pin often is lost from
               chafe or rust.
                  Chain is used on an anchor rode more for its weight than its strength. It lies on
               the bottom and helps to convert the force pulling on the anchor from vertical to
               horizontal so the anchor will be less likely to break out of the bottom and more
               likely to hold. Chain is also more resistant to chafing on rocks and coral heads.
               Match your chain to the anchor and shackle, as recommended by your supplier,
               and choose rope of sufficient diameter to be handled comfortably and to match
               the breaking strength of the chain. Be careful, however, not to buy rope so big

               that the strand pairs can’t be laced through the chain links. Make sure the rope is
               nylon, which is elastic enough to function as a shock absorber when the boat
               bucks and tugs at its anchor.

               ROPE-TO-CHAIN SPLICE

                          The Rope-to-Chain Splice and the construction of the eight-plait rope
                        work very well together for anchor rodes, permitting the passage of rope
                          and chain through a bow chock or hawsepipe. The eight-plait rope is
                            excellent: Kinks and hockles fall right out, so it need not be coiled
                         belowdecks. If eight-plait rope is not available, twelve-plait can be used
                        instead; no shackle is needed. Be sure to work this splice up tight; excess
                                     slack in the spliced strands could cause abrasion.
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