1.47 Ct. Green (Lime Green) Peridot and Natural Diamond Pave Ring, 14K White Gold

The Natural Gemstone Company presents a ring centered on a 1.47 carat oval peridot that exemplifies how outstanding natural material requires minimal enhancement. The stone measures 9.11 by 7.11 by 4.00 mm and is cut in a mixed brilliant configuration, combining a carefully faceted crown with a modified pavilion to optimize both dispersion and scintillation. The mixed brilliant grammar in this oval fosters a lively interplay of light across the table and facets, while the proportions retain a balanced oval outline that minimizes windowing and maximizes face up color. Clarity is graded very slightly included at eye level, indicating only minor internal features that do not detract from transparency or brilliance. Color intensity is classified as intense, revealing a vivid lime green hue native to its Pakistan origin, and the stone has received an excellent polish, preserving crisp facet junctions and high surface reflectivity. No enhancement has been applied, so the peridot’s saturated tone and internal texture are entirely natural, which appeals to connoisseurs who prioritize untreated material.

Complementing the central peridot are 28 natural round brilliant cut diamonds totaling 0.42 carats, chosen and set to support the peridot without overpowering it. The diamonds carry a clarity grade of VS1, very slightly included, and an F color grade, matching for purity and color to produce a coherent white field against the white gold mounting. The accent stones are set with precision into the ring shoulders, their brilliant cut facet geometry providing micro scintillation that frames the center stone and enhances perceived brightness. The entire composition is executed in 14K white gold, with craftsmanship focused on secure stone retention and clean metal lines to emphasize optical performance. Overall the design and execution demonstrate disciplined lapidary and jewelry techniques, emphasizing natural color and structural integrity so that minimal enhancement is required to achieve exceptional visual impact.