🎉 Up to 70% Off Selected ItemsShop Sale
HomeStore

Vintage Engagement Solitaire Ring, RBC 0.33ct.

Product image 1
Product image 2
Product image 3
Product image 4

Vintage Engagement Solitaire Ring, RBC 0.33ct.

Centering a Round Brilliant cut diamond weighing approx. 0.33ct. (G color, VS2 clarity), with an ornate coronet basket and patterned shank, fashioned in 10k yellow gold. Size 7. GIA 5181577554 

______

At Doyle & Doyle, jewelry is as sustainable as it is beautiful. Our vintage and antique jewelry is innately ethical and conflict-free as it does not involve any new mining or negative environmental impact.

We are proud that our in-house jewelry line Heirloom by Doyle & Doyle is made exclusively for us by our team of expert jewelers in New York City. These jewels are created in recycled gold, platinum, and silver and set with conflict-free natural diamonds and gemstones.

Contemporary jewelry not included in our Heirloom by Doyle & Doyle line is created in recycled metals and set with conflict-free natural gemstones whenever possible.

$720.00

Original: $2,400.00

-70%
Vintage Engagement Solitaire Ring, RBC 0.33ct.—

$2,400.00

$720.00

Product Information

Shipping & Returns

Description

Centering a Round Brilliant cut diamond weighing approx. 0.33ct. (G color, VS2 clarity), with an ornate coronet basket and patterned shank, fashioned in 10k yellow gold. Size 7. GIA 5181577554 

______

At Doyle & Doyle, jewelry is as sustainable as it is beautiful. Our vintage and antique jewelry is innately ethical and conflict-free as it does not involve any new mining or negative environmental impact.

We are proud that our in-house jewelry line Heirloom by Doyle & Doyle is made exclusively for us by our team of expert jewelers in New York City. These jewels are created in recycled gold, platinum, and silver and set with conflict-free natural diamonds and gemstones.

Contemporary jewelry not included in our Heirloom by Doyle & Doyle line is created in recycled metals and set with conflict-free natural gemstones whenever possible.