Kiki Cushion Morganite Ring
For a statement Kiki ring, look no further than our vibrant cushion rings. Featuring a cushion-cut morganite gemstone on a shining 18ct yellow gold band, this ring will be the hardest-working piece in your jewellery box (morganite is approximately 4.80ct).
This ring is stocked in a UK size L. Alternative sizes are available to order upon request. Please email [email protected] to confirm your ring size and lead times.
Kiki's gemstones are naturally occurring and have been carefully chosen for their exceptional quality. This means that the colour may vary slightly from the image shown.
Product Information
Product Information
Shipping & Returns
Shipping & Returns

Kiki Cushion Morganite Ring
Kiki Cushion Morganite Ring
For a statement Kiki ring, look no further than our vibrant cushion rings. Featuring a cushion-cut morganite gemstone on a shining 18ct yellow gold band, this ring will be the hardest-working piece in your jewellery box (morganite is approximately 4.80ct).
This ring is stocked in a UK size L. Alternative sizes are available to order upon request. Please email [email protected] to confirm your ring size and lead times.
Kiki's gemstones are naturally occurring and have been carefully chosen for their exceptional quality. This means that the colour may vary slightly from the image shown.
Original: $4,134.66
-70%$4,134.66
$1,240.40Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
For a statement Kiki ring, look no further than our vibrant cushion rings. Featuring a cushion-cut morganite gemstone on a shining 18ct yellow gold band, this ring will be the hardest-working piece in your jewellery box (morganite is approximately 4.80ct).
This ring is stocked in a UK size L. Alternative sizes are available to order upon request. Please email [email protected] to confirm your ring size and lead times.
Kiki's gemstones are naturally occurring and have been carefully chosen for their exceptional quality. This means that the colour may vary slightly from the image shown.



















