10K Rose Gold 1/3 Cttw Invisible Set Princess Cut Diamond Composite Square Shape Ring
Haus of Brilliance
Get $40 off your next purchase! For new cardmembers. Terms apply. Apply Now
Details & care
Capture the essence of sophistication with this exquisitely crafted 10K rose gold ring, designed to dazzle with its unique construction and elegant sparkle. At its heart lies a composite square of natural princess cut diamonds, totaling 1/3 carat. These precious stones, notable for their H-I color and I1-I2 clarity, are invisibly set to forge the grand illusion of a solitary, majestic princess cut diamond. The composite head is framed by a delicate milgrain edge, enhancing the overall allure with a touch of vintage beaded charm. The slender 1.5 mm shank of the ring adds to its delicate finesse, making it not just a piece of jewelry but a testament to the artistry and passion of its craftsmen. This ring promises not only to be a luxurious adornment for its wearer but also a captivating heirloom, treasured across generations for its beauty and elegance.
- Metal Type: 10k Gold
- Metal Color: Pink
- Diamond Shape: Princess
- Diamond Clarity: I1-I2
- Diamond Color: H-I
- Diamond Cut: Very Good
- Diamond Treatment: None
- Diamond Origin: Natural
- Diamond Setting: Invisible
- Item #11226225
Shipping & returns
Free shipping—all the time. Learn more about our shipping & returns policies.
This item has a different return policy. Items sold and shipped by Haus of Brilliance can be returned by mail or to a Nordstrom store within 90 days of when the item shipped and must be in new condition, with tags attached. We can’t accept returns for this item at Nordstrom Rack.
Gift options
Delivery
- Email gift message (free)
Haus of Brilliance
Haus of Brilliance brings fine jewelry to everyone. We offer a massive selection of natural diamonds, lab-grown diamonds, gemstones, and pearls across every style, budget, and moment. Our pieces are made to be worn, enjoyed, and lived in. Because luxury should feel personal. And brilliance should be for all.
