Pave Peach Sapphire Ring 2.05 Ct., 14K Rose Gold

This oval peach sapphire engagement ring from The Natural Sapphire Company sets itself apart from ordinary offerings by putting precision cutting and natural beauty first, the centerpiece is a transparent 2.05 carat oval peach sapphire from Ceylon Sri Lanka, measuring 8.26 x 6.25 x 4.99 mm, and it is fashioned in a mixed brilliant cut that is designed specifically to maximize light reflection and brilliance, unlike standard ovals that sacrifice sparkle for shape, the mixed brilliant cut pairs a faceted brilliant crown with a carefully proportioned pavilion that redirects light back to the eye, the result is lively scintillation and consistent return of white light even in the softer peach color, the excellent polish and an eye clean clarity grade evaluated at eye level further enhance the stone s ability to act like a mirror for light, and because this sapphire has no enhancement, its natural tone and crystalline structure deliver a purity of sparkle that treated or filled stones cannot match.

Around the center sapphire and along the band, a total of approximately 0.762 carats of white round natural diamonds, graded VS clarity and F G color, are set in 14K rose gold to amplify the center stone s performance, the halo and pavé setting create additional surfaces for light to enter and rebound, increasing perceived size and adding a crisp white contrast that makes the peach hue appear fresher and more luminous, compared to rings that use lower clarity diamonds or heavier metal work that blocks light, this design prioritizes visibility and reflection, the 14K rose gold setting is selected not only for its warm complement to peach tones, but also for its ability to hold precise, open settings that let light reach the pavilion and escape back through the crown, when you compare this ring to other market options you will notice a clearer, more consistent brilliance, a more natural and authentic color, and a craftsmanship approach that balances gemstone proportions, facet design, and secure setting to deliver maximum optical performance.