![]() Rotate the chain so the Blue jump ring arcs over the work.Ħ. You can see the zig-zag stacking begin.ĥ. Slide the ring up through the eye in the previous two rings (blue and purple) making sure it lies behind the first Green ring. Add a fourth ring (*Green), this ring should align with the first ring (The one with the twist tie). The purple ring is in the correct position.Ĥ. There are now three rings, Green, Blue, Purple (or 1, 2, 3). Add a third jump ring (Purple), by passing it through the eye created by the first two rings and lay it flat against the second ring. This will determine how the spiral will form.ģ. Put one jump ring (Blue) through the first one, close it, and lay it flat against the first one. Close one ring (Green) and connect a twist tie to mark the beginning of the chain.Ģ. Not terribly complicated, but done with an incorrect AR and you a have an unattractive mess.ġ. Some Chainmaille patterns are very AR sensitive, as I have found out attempting the Jens Pind. If the wire is too thick, the inner diameter will not be large enough for the number of the rings that need to pass through it, too thin or the ID too large, the weave (knit) will be too loose with an airy or lacy look. It is important to take this into account when working a weave pattern. This would be equivalent to a 3.0mm ID 18 gauge wire jump ring, with an AR of 2.92 It is important to convert the wire gauge into millimeters before dividing. The jump rings must be linked precisely and in the correct position to achieve the zig-zag stacking effect.Īspect Ratio is measured by dividing the Inner Diameter (ID) of the jump ring by the Wire Diameter (WD = gauge). Each jump ring is placed through the two prior rings and lines up with the ring of the same color.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |