A beautifully classic Art Deco Diamond trilogy ring!
We all admire the simplicity, beauty and craftsmanship exemplified here in this classic Art Deco Diamond three stone ring. With an elegant 18ct Yellow Gold band, traditional Platinum settings and three dazzling old cut Diamonds it's absolutely timeless!
The ring is set with 3 fully faceted round brilliant Diamonds with a total carat weight of 0.30ct. All of the Diamonds bright and white with excellent fire & brilliance. They're all in good condition and held firmly in place in a traditional claw setting and pretty open-work gallery.
This ring would make an excellent choice as an engagement ring, eternity ring or ring for daily wear. It's a gorgeous ring with fabulous history that will make one lucky lady very happy!
ERA: Art Deco c.1920
MEASUREMENTS/RING SIZE: UK Size M / US Size 6
The central Diamond measures 3.5 x 4mm, and the two diamonds either side measure approximately 25mm. The Diamonds measure 10mm from side to side in their entirety.
All of the Diamonds are natural, earth mined Diamonds.
Central Diamond: 0.20ct
Total Diamond Weight: 0.30ct
Resizing available on request - just send us a message to enquire!
MATERIALS: 18ct Yellow Gold, Platinum, Diamond.
HALLMARKS: "18CT", "PLAT".
All of the Diamonds are natural, earth mined Diamonds and are in excellent antique condition with no chips or surface abrasions so are ready to be worn and enjoyed. There is a little wear to the back of the band s you might expect of an authentic Art Deco ring, but it can be worn daily and enjoyed for many years to come without any maintenance required. The hallmarks are read with ease and the Diamonds are secure and are a beautiful bright white colour and quality.
- FREE express delivery - available worldwide!
We deliver all orders by courier with full tracking and insurance for your peace of mind. This item comes beautifully presented in a branded Lillicoco box and is securely padded and protected during transit.
Please message us or call +44 (0)117 925 4798 for more information.