Palladium wedding and 0.23ct diamond engagement ring set
This elegant palladium engagement ring holds a lovely 4.1mm recycled brilliant cut (0.23ct) H SI1 diamond in an end only setting. This allows the side of the diamond to be seen and keeps the look crisp, contemporary and simple from the top, while the delicate petal shaped detailing on the sides of the setting adds a feminine touch. The ring itself is 2mm wide with a short angular taper directly either side of the stone to add emphasis. Accompanying the engagement ring is a 2.5mm wide shaped wedding ring which has gentle waved shape to scoop under the diamond in the engagement ring, creating a complimentary set. Invisibly set into the wedding ring are three 1.5mm brilliant cut H SI diamonds totalling 0.03ct, these have been set into the middle of the curve under the diamond in the engagement ring to create a frame or tiny sparkle around it. Both rings have a D-shaped profile and a polished finish.
Designed by Antoinette Corbishley
Previous ready to wear rings
These rings were for sale in our ready to wear collection. It was handmade in the UK by our master goldsmiths and was a unique design which means it will never be exactly repeated.
We would be delighted to use the ideas behind this design as the basis for your own unique bespoke rings .
Price
We don't publish the price of past jewellery, but please contact us and we can give you a rough idea of price. Find out more about our pricing.
Customise These rings
Why not use this design as the starting point for your own unique commissioned rings. We can take some of the design ideas and work them into something that will perfectly match your style and budget.
You can chat to one of our talented designers in either our Hertfordshire or Cambridge locations (or on the phone if you are based too far away) and together discover the perfect design for you. Your bespoke rings will then be handmade by one of our experienced master goldsmiths.
Contact us and we can answer any questions and give you an idea of what it all might cost
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