This is a pair of Coptic era Egyptian socks produced by nalebinding:
(credit: David Jackson CC-sa 2.0)
These socks are part of the collection in the British Museum; a high resolution photograph is available here. These socks look very similar to the plaited stitch in knitting, which is discussed in an earlier post.
The Coptic Stitch in nalebinding produces the same pattern as the plaited stitch but accomplishes it by a different technique: instead of holding all the stitches on a long needle and working a new row onto the open loops from a continuous length of yarn, nalebinding uses a sewing needle to work each new stitch onto the bottom of the previous row with a short piece of yarn. A video that shows the technique is available here.
If diagrams illustrate it better, try this example from Siglindesarts's Blog. The Coptic stitch at right (also known to nalebinders as the tarim stitch) is structurally identical to basic wire weaving, The difference is each new stitch is worked onto the "crossed" part of the previous stitch. So the crafter only needs to control one stitch at a time; once an ongoing work has a stable beginning it does not unravel.
(Credit: Diane Harper)
Nalebinding cannot be worked in a continuous thread so its practitioners use wool and join lengths of yarn by felting the ends together. Modern wire weaving also requires joins, which practitioners conceal by working the ends into the center of a cylindrical piece.
Here's one of my own wire weaving projects still on the mandrel with a join visible at right: a vertical wire stretches down about eight rows. Essentially this is Coptic Stitch nalebinding that substitutes wire as its medium. Every modern crafter I know adds wire stitches from the bottom, "nalebinding style" so to speak.
That would seem to settle the matter right?
I wish it were that straightforward. For several centuries this was a lost art. Modern practitioners have revived it through reverse engineering; as these two posts have demonstrated there are different crafting techniques that could theoretically produce the same effect. So we know how people make this today, but are modern wire crafters just copying each other with a modern method?





