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Showing posts with label #grommetbracelet. Show all posts
Showing posts with label #grommetbracelet. Show all posts

December 23, 2016

soft thick rope grommet bracelets 4078

Found some nice soft cotton rope which is about 1/2" diameter, three ply construction. The fibers are a white cotton (probably bleached) so it's really well suited to making traditional grommets. The cotton is very soft so it's a comfortable finished bracelet that has some natural stretch to enable these to fit on over a larger hand.

They are finished with traditional coach whipping detail at the overlap.
 Here's what these look like when worn. The larger size material makes a nice nautical style statement.

Here are some other grommet bracelet designs you might like:

ultra-slender rope bracelets

collection of colorful grommet bracelets

really BIG rope grommet bracelets
Three closely spaces sizes were made in this initial run:
7 1/4" (184 mm)
7 1/2" (191 mm)
8 1/2" (226 mm)

More grommet bracelets in the ETSY shop in the grommets section (color, size, variety…something for everyone here!)


design and photographs copyright 2016

August 30, 2016

bent plastic fiber bracelets 3996

Bent plastic refers to the source of the fibers for these bracelets: a length of plastic rope used as a cushioning material between large diameter pieces of steel pipe. The rope was recovered from the construction site, cleaned, then unraveled to reveal the fibers.

The irregular shape is a result of the bent fibers distorting the naturally circular form that grommets tend to take on when made from relaxed (cotton) cord.

Here's a collection of cotton grommet bracelets.
 This one is made from pure plastic filler embedded in the rope to provide some elasticity. It's actually a thin strip of material that has been twisted into a cord like form.

Whippings are made with waxed thread.

Here is a similar collection made from beach rope.
This one is made from a piece of bright blue synthetic. You can see the "corners" where the natural distortions of the fiber cause local anomalies in the curvature.

See the collection available at WhatKnotshop



design and photographs copyright 2016