Here we have a luxury pair of unheated oval cut blue sapphire and sparkly white diamond estate earrings.
These exceptional earrings are set with completely untreated natural vivid blue sapphires which are perfectly matched for color. They are cornflower blue and beautifully cut.
The sapphires are surrounded by a double halo of exceptional white diamonds that fall gently from a sparkly round brilliant cut diamond stud. The sparkle and color contrast is just amazing.
Every aspect of these earrings is exceptional quality. The sapphires, the diamonds, the setting and the workmanship couldn't be finer.
The large unheated sapphires measure respectively 9.1mm x 6.8mm x 6.3mm and 9.1mm x 6.8mm x 5.2mm. They weigh 3.9 carats and 3.3 carats as estimated in the settings. To obtain two large unheated vivid cornflower blue sapphires that are perfectly matched for earrings is simply astonishing.
In total there are 1.40 carats of VS F diamonds set as accents. The largest diamonds here are each 21 points.
Together the pair weigh 6.1 grams making them comfortable to wear as that everyday luxury.
Each pretty earring measures approximately 7/8" long by 1/2" wide (22mm x 13mm). The bottom drops measuring 9/16" long and the diamond studs forming the top of the earrings measuring in 3/16" diameter (15.5mm, 4.6mm).
On the reverse we have a makers mark and clear metal fineness marks for 18K gold.
These spectacular earrings are in excellent condition and are ready to gift or to wear.
They shall be sent in a presentation box for safe keeping.
A comprehensive Appraisal Report shall accompany these heirloom earrings.
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.
