Ethical engagement ring with cushion cut moissanite set in a rose gold tapered bezel and recycled Harmony diamond accents on a textured wide ring shank. Six small diamonds have been flush set into the textured ring band.
This is a low profile ring. Height of the setting above the finger about 4mm to 5mm (depending on moissanite size chosen) . The ring band width is about 4.5mm to 5.5mm (depending on moissanite size chosen). The band is slightly wider than the moissanite - the bigger the moissanite the wider the band).
The band has been given a rasp like texture that provides a nice contrast to the mirror finish gold bezel. The 5.5mm wide band as shown in the example was done in white gold, but can be ordered in other metal options. The bezel can be of contrasting color as shown in the images in rose gold or made from the same material as the shank for a tone-in-tone look. Please select your preference from the drop down menu.
- Near-colorless Forever One Moissanites (G-I color): 4mm/0.3ct, 4.5mm/0.42ct, 5mm/0.52ct (as pictured)
- Forever One Moissanite, Colorless moissanite (D-F color): 4mm/0.3ct, 4.5mm/0.42ct, 5mm/0.52ct
Weight: ~0.04 ct total
Size: 1mm to 1.3mm
Shape: round faceted
Color/Clarity: G-I, SI
The diamonds used for this ring are recycled Harmony diamonds. These 100% recycled diamonds are the ultimate eco-friendly choice, as they do not cause destruction to our Earth. This saves on energy, water usage as well as emissions and has a lower impact on the environment to name a few benefits. The diamond melee is painstakingly cleaned, sorted and graded by Hoover & Strong. It's a great way to get some added sparkle for anyone who prefers natural stones over lab made moissanites.
Available in sizes 4 to 9, larger sizes may vary in price.
Material options for the band:
Available in white metals like white gold and platinum or choose rose gold for a more subtle contrast or yellow gold.
Ring is Made to Order- for the most up-to-date fabrication time frame please check my listed turnaround times below in the footer area.