Here we have a stunning natural untreated turquoise cabochon and sparkly diamond ring crafted in 14K yellow and white gold circa 1950.
The turquoise cabochon here is spectacular. It has a high dome with consistent intense color across the whole top of the cabochon. There is natural matrix visible to the very bottom of the cabochon which is only visible if you view the ring from inside the shank.
Inside the shank there is a 14K metal fineness stamp. Professional testing confirmed solid 14 Karat yellow and white gold.
This gorgeous Persian turquoise ring is a size 6 1/2 US and weighs approximately 5.4 grams.
The turquoise and diamond cluster rises approximately 1/2" high off the finger and measures 9/16" long (12mm, 15mm).
There are 18, 2mm diameter VS/SI clarity G color round brilliant cut diamonds set in a halo surrounding the central turquoise cabochon. This makes the total diamond weight 0.54 carats.
The large turquoise cabochon measures approximately 12.3mm x 9.5mm x 8.8mm high and weighs 8.25 carats as estimated in the setting.
The total turquoise and diamond weight in this heirloom quality ring is 8.79 carats.
This special mid century turquoise diamond ring would make a wonderful choice as a unique engagement ring or stunning cocktail ring.
It is in lovely condition and is ready to gift or to wear.
An Appraisal Report is included with your purchase.
This special turquoise diamond ring will be sent in a presentation box ready for gifting and for safe keeping.
We ship securely worldwide.
The photos form part of the description of this luxurious natural turquoise ring.
The photos form part of the description. Like all colored stones there is a color variation that occurs in different lighting conditions both inside but also outside, even the time of day can make the color of a stone appear a little different. We do our best to show colors as we see them. Color perception is highly individual and some people can perceive more colors than others, also colors can appear somewhat different on different screens and devices due to variations in screen hardware and device display settings.
