Vintage 14K Yellow Gold Natural Blue Sapphire & Diamond Ring

Vintage 14k yellow gold sapphire and diamond ring. It is centering a deep dark blue oval-cut sapphire measuring approximately 6.04 x 4.24 mm and weighing an estimated 0.50 carat. The center stone is accented by 14 round brilliant-cut diamonds, weighing approximately 0.14 carat total weight, arranged in a graceful openwork design that frames the sapphire and continues along the shoulders. The ring showcases a beautiful sculptural bypass-style setting, with flowing yellow gold details that give the piece an elegant vintage character. Crafted in solid 14k yellow gold, this ring has a lovely dimensional profile with an open gallery and a timeless estate look. A charming vintage sapphire and diamond ring, perfect as a September birthstone piece, anniversary ring, right-hand ring, or meaningful everyday fine jewelry piece. Size 7.75 US / P 1/2 UK / 56 3/4FR. > Ring sizing not included. This ring can be sized to fit most fingers. If you need to size this ring, please contact us before placing the order. Sized rings are final sale. Our ring sizing fees vary by metal and whether the ring is being sized up or down. Sizing down is $39 for yellow gold, $49 for white gold, and $59 for platinum. Sizing up starts at $59 for yellow gold, $69 for white gold, and $89 for platinum (includes up to one full size). Each additional size up is $25 for all metals. Band width: 2.70 to 3.37 mm. Ring width: 11.68 mm. Weighs 3.82 grams. Stamped 14K. Birthstone: September/April. Condition: Very Good. Light wear throughout metal. - 14-day return policy, no questions asked. - Free insured shipping in the US. - International shipping available. Note: This item has been appraised and inspected by a jewelry specialist and certified gemologist (GIA GG). All diamond and gemstone gradings are done under GIA standards as the mounting and setting permit. All gemstone weights and item measurements are approximate. All diamond colors and clarities are based on the opinion of our experienced gemologist.