This one of a kind (OOAK) turquoise brown amber bracelet from Solana Kai Designs features a pleasing assortment of quality Czech glass beads. The three larger beads in this bracelet are referred to as flower coin beads. There is a distinct pattern pressed into the glass that gives the appearance of petals. These particular ones measure 18mm across by 4mm deep and have shades of turquoise, brown and yellow with a Picasso finish. This finish, at first glance, can give beads the appearance of stones.
The bracelet also has 9x6mm Czech glass rondelles in turquoise green as well as 5x3mm Czech Glass rondelles in aqua, amber, and white mix, both with the Picasso finish. Placed throughout the bracelet between each of these beads are amber glass seed beads with a turquoise lining. Most of the beads on this bracelet are faceted which makes them reflect light and this adds a bit of sparkle to the piece! The fourth photograph has a quarter in it for size comparison.
The bracelet is strung on professional quality jeweler’s wire and finished with a TierraCast bronze-plated pewter toggle clasp and gold filled crimps. The clasp is easy to put on and take off. The bracelet is approximately 8-1/2″ in length which is suitable for a larger wrist size. I can adjust it to a smaller size, by request, by removing some of the smaller beads on the ends.
This turquoise brown amber bracelet will be sent with a Solana Kai Designs tag, wrapped in colorful tissue and placed in a complimentary decorative gauze drawstring bag. It will arrive ready for you to wear or to give as a gift.
There is a coordinating raven themed necklace available on this website:
Turquoise Raven Pendant Necklace
To see more Solana Kai Designs artisan necklaces on this website:
Solana Kai Designs Artisan Bracelets
I also have an assortment of necklaces on my Etsy site:
Solana Kai Designs on Etsy
All orders shipped to a U.S. address are sent first class for a flat fee of $2.95 with orders of $100 or more receiving FREE shipping!
Please note: The colors in all of my creations look accurate on my computer. However, monitors can be calibrated differently, and therefore may look a bit lighter or darker on yours.