Designed in polished 14K white gold, this dazzling ring is adorned with 106 round single cut diamonds in pave settings. The total diamond weight is approximately 0.50ct.

The total ruby weight is 0.66ct and the total diamond color is 0.75ct (both approximate). The diamond color is H-I with a clarity of SI2-I1.

Shape: Round Carat Weight: 0.541 Cut: Other Color: G Clarity: VVS1 Cert / Lab: Polish: Symmetry: All of our loose diamonds are conflict-.

Shape: Round Carat Weight: 0.624 Cut: Other Color: I Clarity: VS2 Cert / Lab: Polish: Symmetry: All of our loose diamonds are conflict-.

You'll be a hit wherever you go with this feisty companion!

Measuring 7/8" L x 3/4" this ring shines bright! The total Moissanite stone weight is approximately 0.71ct. Part of the Moissanite Collection.

The total tourmaline weight is 0.71ct and the total apatite weight is 0.89ct (both approximate).

Framing the center are two round shaped 3mm ruby cabochons in prong settings. The total ruby weight is approximately 0.50ct. At the center of this ring is an image of a cen...

The total diamond weight is approximately 0.69ct with a white diamond color of H-I and a clarity of SI. The setting size is 13/16" x 13/16" with a height of 1/4".

Designed in polished 14K yellow gold, this charming ring is highlighted with an impressive collection of cabochon cut gemstones in bezel settings, including; one oval 6 x 4mm...

Glowing atop this ring is one oval shaped 22.0 x 15.0mm red jasper cabochon in a bezel setting.

The total emerald weight is 0.70ct, ruby weight is 0.86ct, sapphire weight is 0.86ct and the total diamond weight is 0.09ct (all approximate).

Petals of dazzling brilliance.Crafted in polished 14K white gold, the design resembles scattered flower petals.

The total diamond weight is approximately 0.72ct, with a color of IJ and clarity of I2-I3. The ring measures 7/16"L x 14/16"W, with a setting height of 3/16".

The total ruby weight is 0.60ct and the diamond weight is 0.10ct (both approximate). The diamond color is IJ and clarity is I2-I3.