Emerald Cut Diamond Solitaire Engagement Ring
This timeless custom-made engagement ring, made with your choice of diamond centre stone, features an emerald cut diamond with 4-claw solitaire setting. Exuding fluidity in its line work, and boasting an elegant silhouette, as with all the pieces in our Bespoke Collection, this piece is made especially for you.
Above price shown is for the setting only and pictured with 1.00ct Emerald Cut Diamond Centre Stone.
A final price will be determined following your centre stone selection.
SPECIFICATIONS
- Band Width: 1.7mm
- Natural Mined Diamond centre stone selection come with GIA certification
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Laboratory-Grown Diamond centre stone selection come with IGI certification
This setting can accommodate a centre stone varying from 0.50ct to 3.00ct. To discuss sizing outside of this, please reach out to our team.
Due to the bespoke nature of this ring, a 4-6 week turn around is required for production. Shorter timeframes may be accommodated upon enquiry.
ct= Carat, TDW = Total Diamond Weight
Download our Ring Size Guide to determine your ring size or the ring size of a loved one.
- You will find the available sizes for a particular ring listed on its product page.
- If there is no size option listed, check the description as it may be an adjustable ring. See below for more information about adjustable ring sizes.
- If the size you require is not shown online, please contact our customer care team as it may be possible to order a ring for the size required.
- If you have any queries about the size of your ring, or any questions about ring resizing, please contact our customer care team. Please note that some products are not able to be resized by a jeweller due to their nature (for example a full eternity ring), our team will be happy to advise you on this.
Adjustable Size Rings
Whilst designed to fit any ring size, we advise to decide which finger to wear the ring on and only adjust the ring once for the perfect fit on that finger. If the ring is reshaped and resized multiple times, it can eventually weaken its structure.
