SIBYL DUNLOP Arts & Crafts Bracelet

European Arts and Crafts Bracelet in 800 standard silver from the 1930's. Hand repousse with large faux green tourmaline and hand made link chain. 7.5" x 1"....

Absolutely Gorgeous Authentic Hermès Bracelet Pattern: "DANS UN JARDIN ANGLAIS" A GRAIL ! Super rare Designed by Alice Shirley in 2015 "Made...

This luminous blue and grayish-blue chalcedony bracelet was created in the Arts & Crafts style though it dates to a later era; probably the 1970s. This one-of-a-kind bracelet was completely handmade using natural highly translucent chalcedony gems that range in tone from faint blue to rich periwinkle. At 141 grams, it's a satisfyingly substantial bracelet that will not get lost on your arm. The central flower-shaped arrangement is composed of one round 21mm chalcedony cabochon surrounded by eight oval and pear-shaped stones, along with two large 20mm x 17mm pear-shaped cabochons north and south. This collection of stones are soldered together as one piece that is curved to follow the arch of your wrist. On either side of this central design element are nine chalcedony cabochons, each bezel set and joined by hand-formed links. The links terminate on both ends at a row of 5 stones: two round, three ovals. The bracelet closes securely with a box clasp and safety latch. Because the central portion of this very large bracelet is fused, it's not a sloppy piece; the gems don't spin around on your wrist and become tangled. It retains its form and only the stones on the sides that are linked by chain can move freely. It's a clever design. The bracelet measures 7 ½ in length and is 3 ¾ wide. So it should fit many but the largest wrists. The bracelet is marked 925 for the silver and has an unknown maker's mark I cannot identify. Gorgeous, unique, and featuring the most distinctive blue in the gem world, this vintage chalcedony...

Beautifully hand crafted sterling bracelet with leaf motifs throughout. Each link is framed and swirls of wire form the bed for the individual leaves which are individually applied o...