Wood/fiber: rope club
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Wood/fiber: rope club
This item is a nautical rope-making fid from the 19th century. It’s made of ivory, and is surprisingly heavy for its size. A fid is traditionally 21 or 22 times the diameter of the rope it’s being used to craft. The initials “H.F” have been etched on the side.
Boston's Ropewalks Part 1
A digital reframing of “Ropewalks of the West End and Beyond”, an 2012 exhibit designed and written by Duane Lucia and Tom Burgess.
Read on our website.
Image: This map made by Samuel Clough c. 1920 shows 3 ropewalks along what is now Myrtle Street. (Massachusetts Historical Society)
From it’s earliest days until the late 19th century, Boston’s economy was predominantly a maritime affair, but when the puritan’s arrived in 1630, they did so with a different plan – to recreate the economic model of the Spanish imperial holdings in the Americas. The Puritans intended to mine, process and export the precious metals of New England to Europe. That plan hit a snag, however, when there were no precious metals to be found.
For a little more than a decade, the early Bostonians worked to find an alternative to mining. Eventually one presented itself, the carrying trade, in which Boston’s embryonic merchant elite began a series of disorganized enterprises that would develop into the infamous Triangle Trade, as well as the China Trade and many lesser-know trade routes.
From that point on, shipping was the key to economic success in Boston, and since shipping required ships, naval supplies – wood, cordage, caulking, and the like – became critical to the success of the city.
Here's a lovely explanation of multiple-ply vs. cable ply rope making spinning! (Yes, it's cordage, but it's literally the same for yarn.)
Tried my rope machine for the first time, a bit uneven hat laid near the machine and a bit looser near the swivel. Rope on the counterweight was a bit short will make it longer tomorrow. Quite pleased with the first try. #ropemachine #ropemaking #marlinspikeseamanship #internationalguildofknottyers (på/i Kosteröarna) https://www.instagram.com/p/CRZhV-8L1Jy/?utm_medium=tumblr
Ropemakers’ loft, Mystic Seaport Museum, Mystic, Connecticut
The rope makers shop #mysticmuseum #museum #ropemaking #mysticseaport #oldbuildings #oldbuilding (at Mystic Seaport, Connecticut) https://www.instagram.com/p/B6tbAokAqp5/?igshid=zxy0dpo2akcy
Rope Making Machine And The Process Involved.
When flexible fibers are twisted together turn into rope. These fibers are now bundled and have increased tensile strength. The length of the rope is up to us. The rope has its history back to prehistoric times when the man was learning survival. He started using rope for hunting, lifting, climbing, carrying loads. These days also it has been an integral part of man’s life. From household works to the technical or heavy duty works, the rope has been used by man.
In present times, the rope is made by rope making machines though, in villages, it has been made by hands by natural fibers. The new synthetic material is used when the rope is made by industrial machines. Rope contributes mostly to fishing and Maritime industries.
By machines, three steps are involved to make rope. First, the yarn is made by twisting fibers together, in the next step yarn is twisted to form strands and finally, these strands are again twisted to form a rope. Different types of ropes are made using the different forms of twisting. The most common rope is three-strand twisted rope.
So, rope making is basically a process that involves forming fibers into yarn, then yarn into strands and these strands into rope.
Quality control
For different works different quality of rope is used depending upon the tensile strength. Quality control basically involves checking the raw material and visual inspection. When ropes are made for high-risk applications, they are closely inspected and tested.
The future of rope making
New advancements in the materials are the base for the improvements in rope making. Industrialists are trying for various configurations of ropes. They are trying to reduce the diameter of the rope yet maintaining the tensile strength of the rope. New techniques, light fibers, and research will definitely improve ropemaking.