OUR ONLINE STORE IS STILL OPEN AND WE'RE POSTING YOUR ORDERS AS NORMAL
FREE UK DELIVERY ON ALL ORDERS
Art Deco 0.60 Carat Transitional Cut Diamond Cluster
This gorgeous Art Deco Diamond cluster ring features a wide panel of Diamonds in a pretty detailed setting. There are three main Transitional Cut Diamonds to the centre, each in a square frame with a mill grain edge. To the outside there is a pierced design set with 14 further Single Cut Diamonds all with a mill grain edge.
Made in Platinum with the band stamped for Platinum and 10% Iridium. The ring being most likely American in origin.
The central Transitional Cut Diamond has been calculated in the setting and is estimated to weigh 0.12 Carat. The two Transitional Cut Diamonds to each side are estimated to weigh 0.10 Carat Each. The outer Single Cut Diamonds are estimated to total 0.28 Carat. The total Diamond weight is estimated at 0.60 Carat. The Diamonds are VS Clarity and H Colour.
The setting measures 16mm wide and curves around the finger and 6.5mm in depth. A beautiful ring that sits lovely and low to the finger, with so much Deco charm, detail and character.
UK Size M.
US Size 6.25.
Can be sized.
Each item purchased from HOLTS Jewellery is presented in our signature luxury packaging.
Vintage & Antique Rings: Presented in our own miniature vintage style black and gold oval boxes. A black outer box with hand tied HOLTS ribbon adds the finishing luxurious touch.
Vintage & Antique Jewellery: Presented in our own vintage style black and gold presentation boxes with hand tied HOLTS ribbon adding the finishing touch.
Made to Order Wedding & Engagement Rings: Presented in our own black silk boxes and finished with hand tied HOLTS ribbon.
Please note antique boxes are not included with the sale of our antique & vintage items and are for display purposes only.
UK Shipping: Royal Mail Special Delivery - Free
International Shipping: UPS - £20
Please note - On international orders, the customer is responsible for all additional taxes, import duties or tariffs that may occur.