Auriya

Unique 1 1/3cttw Double Edged Pave Diamond Engagement Ring 14k Gold (7.5 - Yellow)

Unique 1 1/3cttw Double Edged Pave Diamond Engagement Ring 14k Gold (7.5 - Yellow). This gorgeous Round Diamond Ring by Auriya showcases an eye-catching brilliant round 1/2 carat diamond center. Eye-catching and romantic, the diamond is set in a 4-prong setting with a hidden halo of diamonds surrounding the girdle of the diamond and is accentuated by a gorgeous double-edged pave diamond band that glimmers with an elegant sparkle and fire at every angle. inspired etcous double-edged pave diamond band that glimmers with an elegant sparkle and fire at every angle. inspired etching, and a delicate milgrain beading creating a highly sought-after vintage charm. Beautifully and expertly crafted in timeless 14-karat White Gold, Yellow Gold or in a modern 14-karat Rose Gold that shines with a high-polish finish that is sure to take her breath away. One-time resizing within 30 days, cleanings and inspections covered under a 5-Year Limited Manufacturer Warranty. 1 Round-cut Natural Diamond Diamond color is G-H Diamond clarity is VS1-VS2 Diamond weight is 0.50ct Dimensions: 5mm April Birthstone Very Good Cut Grade Prong setting Accent Diamonds: 120 Round-cut Natural Diamonds Diamond color is G-H Diamond clarity is VS1-VS2 Diamond weight is 0.87ct Prong setting Features: Fine Jewelry Diamond Engagement Ring High Polished 14k Gold Band measures 1-2 mm Setting measures 6.7 mm wide x 20.0 mm long x 7.5 mm high 5-Year Limited Manufacturer Warranty Available in all standard ring (Special Sizing upon Request) Diamond total weight: 1 1/3 carat TDW All measurements are approximate and may vary slightly from the listed dimensions. Click here for help finding your ring size. T.W. (total weight) is approximate. The weight may vary up to two-tenths of a carat. Treatment code N for main stone. See Treatment Guide for all treatment code information. High Value Notice: If security tag is removed, item may not be returnable. Click here for more information. read more