Only 1 Available
Harlowe 1930's Vintage Old Mine Cut Diamond Engagement Ring in 14K Yellow and White Gold Mixed Metals
R742
$1,320
Harlowe is an original circa 1930's Art Deco vintage engagement ring, crafted in two-tone 14 karat yellow and white gold, and featuring all of its diamonds set into the white gold for maximum brightness!
A 0.13 carat Old Mine Cut diamond is set at the center of an illusion box setting which elevates the diamond and makes it appear larger than actual size, and six Old Single Cut side diamonds add the perfect touch of shimmer. The yellow gold band is a wonderful contrast to the white gold metal across the top of the ring.
This lovely estate engagement ring is perfect for someone seeking an authentic mixed-metals vintage diamond engagement ring showcasing old cut diamonds to radiate a simply timeless elegance!
A 0.13 carat Old Mine Cut diamond is set at the center of an illusion box setting which elevates the diamond and makes it appear larger than actual size, and six Old Single Cut side diamonds add the perfect touch of shimmer. The yellow gold band is a wonderful contrast to the white gold metal across the top of the ring.
This lovely estate engagement ring is perfect for someone seeking an authentic mixed-metals vintage diamond engagement ring showcasing old cut diamonds to radiate a simply timeless elegance!
Product Information
| Engagement Ring | |
| Metal: | 14K White gold / 14K Yellow gold |
| Width at top of ring: | 5.8 mm |
| Width at bottom of ring: | 1.6 mm |
| Height off finger: | 6.4 mm |
| Heritage: | Vintage, One of a Kind |
| Design period: | Art Deco, Circa 1930's |
 Made in the USA of U.S. and Imported Materials |
|
Gemstone Information
Ethically Sourced| Diamond | |
| Origin: | Natural |
| Quantity: | 1 |
| Weight: | 0.13 |
| Shape/Cut: | Old mine cut |
| Color: | H/I |
| Clarity: | VS/SI |
| Setting style: | 4 prong illusion, box |
| Diamond | |
| Origin: | Natural |
| Quantity: | 6 |
| Weight: | 0.21 carat total |
| Shape/Cut: | Single cut |
| Color: | G/I |
| Clarity: | VS/SI |
