Edwardian 9ct rose gold bracelet amethyst Art Nouveau

Beautiful Edwardian 9ct Rose Gold amethyst Art Nouveau Bracelet. Stunning openwork bracelet chain bracelet in wonderful coloured Antique 9ct rose gold. The bracelet is set with eight amethysts of excellent colour measuring approx 6mm in diameter each. The width of the links is 14mm, the length of the chain is 18cm.   The chain is in excellent condition (no dings or dents) there is only very minor surface wear to the gold. The bracelet has a wonderful dog clip clasp making it very easy to wear and wearable. Looks stunning on the handclasp works well and the safety chain is intact. Simple and elegant with the art nouveau motifs cut out of the gold - a stunning and rare piece. The chain is 9ct rose gold throughout and it is hallmarked for 9ct gold on two of the links and also the dog clip clasp. The bracelet weighs a good 12.9g

Please Check Sizes And Weights As JEWELLERY IMAGES ARE ENLARGED. Dark areas are reflections on the gold. 

BUY WITH CONFIDENCE: I try to accurately describe my items. I never knowingly mis-sell any item, so please read the description carefully. All items are checked by a professional Jeweller for authenticity however no certificates are provided. If for any reason the item is found not to be genuine or as described a full refund will be given. So please buy with confidence. 

Your jewellery will come in a modern gift box and not necessarily the one in the photograph. 

Please also note that Antique and Vintage items will show some signs of wear commensurate with age.

Returns are accepted however buyer must pay return postage.

Finally - by purchasing a Used /Vintage/ Antique ring you are recycling a beautiful piece of jewellery and gemstone. In buying a ring which has been in circulation for this long is the most environmentally ethical way to purchase jewellery. Purchasing antique jewellery allows you to both support smaller local businesses and but encouraging the reuse of the vast amount of timeless jewels that are already in circulation and reduces the demand for further stripping of our planets resources.