80s Portuguese Emerald 1.50ct Diamond Ring 19k Yellow Gold Sz 4.75 Fine Jewelry

$12,096.00

Overview:

Stylish vintage emerald & diamond ring crafted in 19k yellow gold (circa 1980s). 

Crafted in Portuguese 19k yellow gold, the ring features beautiful vibrant green emeralds & sparkling diamonds in a bezel set square design. The band is great worn alone as a statement ring with a substantial and luxurious presence on the hand. The band has a lower domed profile and rises 6mm or 0.23 inches from the finger. The ring is very finely crafted in high karat gold and is set with exceptional gemstones and diamonds. 

The ring is in very good condition and was lightly cleaned and polished. 
The piece was acquired on a recent trip to Portugal, one of Europe's most exciting destinations for discovering exceptional antique and vintage jewelry. Portugal's thriving antiques community, historic markets, and renowned art and antiques fairs provided access to remarkable jewelry with provenance, exceptional beauty and character. Each piece was carefully selected for craftsmanship, originality and history. I am delighted to share these newly acquired pieces. Please shop our site to view the entire collection.

Specifications:

Weight: 6.6 grams

Stones: Center set emerald cut diamond is estimated at 0.50 carats. Baguette cut diamonds total an estimated 1 carat. The total diamond weight is estimated at 1.50 carats (estimated at H-I color and VS1-2 clarity). The emeralds measure approx. 4mm each.

Size & Measurements: The ring is a size 4 3/4 (sizable). The band measures 9mm wide (0.35 inches), rising 6mm from the finger.

Metal & Hallmark:  

19k yellow gold. The base of the ring is stamped with the Portuguese Deer head fineness mark for 19.2k gold, made in Lisbon post 1985. Also stamped is a Pelican and Bird.  

Please note that vintage and pre-owned jewelry may test slightly below the stamped or tested standard due to manufacturing tolerances, alloy variations, age, solder content, or wear. The piece may test from 16k to 18.8k gold with XRF methods.