Vintage 14k Yellow Gold Oval Shape Swiss Blue Topaz and Diamond "V" Design Necklace 15 1/2 Inches

A special vintage 14k yellow gold Swiss blue topaz and diamond "V" design necklace. This beautiful necklace features seven (7) oval-shaped Swiss blue topaz gemstones with an approximate total weight of 6.16 carats. The necklace also features seven (7) round brilliant cut accent diamonds with an approximate weight of 0.14 carats total. that gives an extra sparkle! The fancy square link chain measures 15 1/2 inches in length and is 2mm wide with a box clasp, and the flexible "V" measures approx. 1.6mm wide and 1.3mm in length. Swiss blue topaz is perfect for a beach vacation or if you love candy-colored blue hues to complete your outfit. This vintage beauty is in excellent condition!

Vintage Pre-Loved

Condition: Excellent

Metal: 14k yellow gold (stamped "14K").

Gemstone: Oval-shaped blue topaz qty: 7, approx. 6.16ctw.

Diamond: Round brilliant cut qty: 7, approx 0.14ctw. SI2-I2/H-I

Dimensions: "V"= 1.6 inches wide, 1.3 inches long, chain= 2mm wide.

Length: 15 1/2

Closure Type: Box clasp

Weight: 8 grams.

 All vintage, estate, and antique items are sold in pre-loved condition and have been thoroughly cleaned and tested for authenticity using professional equipment by a GIA Graduate Gemologist. Most vintage jewelry lovers will agree that “imperfections” give the jewelry piece a story and adds character. The Grading of all gemstones and diamonds is done as setting permits, and all weights are approximate unless stated otherwise. By purchasing pre-loved vintage jewelry from Charlyn Jewels buyer agrees to these terms. All sales are final, specific details of the jewelry piece’s condition will be included in the description, I am more than happy to send more pictures upon request.

Natural gemstones may have inclusions that are visible to the naked eye. These are not defects, they are simply part of their nature, and that is what makes them special and unique! All gemstones are graded and tested by a GIA graduate gemologist.