During this time of year, I like to try making something new, and then see what type of response I get from shoppers. Bracelets are one item I make frequently, but most of the time I use a brass cuff or brass bangle with a channel to help hold in the polymer. People seem to like them, but there are always those who find the brass forms don't fit. I thought it would be fun to try making bracelets that are more "one-size-fits-all."
Enter memory wire. Using this wire, I would be able to make bracelets that wrapped around the wrist, and would therefore be adjustable.
I conditioned clay in sets of complimentary colors and then started rolling slender clay tubes. Some tubes were solid colors, some were skinner blends and I also made lots of stripe tubes.
It was fun to watch the stripes twist as I rolled the tubes. I found it most helpful to use a very thin knitting needle for the core, and I pinched the ends of the clay so it stayed close to the knitting needle as I rolled by hand. When the tube was the size I was looking for, I used a flat piece of acrylic to smooth the tubes. I cut off the ends of the tubes, slid them off the needle, put a simple bend in each tube, and set them in the oven to bake. After baking, I used a sharp blade to cut the polymer tubes into varying lengths. It's helpful to cut while the polymer is still warm. I also made some flat round disks to intersperse between the tubes. Assembling the pieces on the wire was fun. I discovered I needed to make the cuts on the end of the tubes at a slight slant to help compensate for the curve of the memory wire. It also took a time or two to determine order of the pieces and the final size I needed for each piece.
One final aspect to consider when using memory wire for wrap-around bracelets is how to finish the ends. The ideas I considered included end caps, making wire loops, and adding some sort of end bead. I liked the way end beads looked the best, so used an epoxy glue to fasten both the last polymer disk beads and the crystal or metal beads to both ends of the memory wire. Voila!