1.43 Ct.Tw.Total Carat Weight Pink Garnet Pair from Ceylon (Sri Lanka)

This matched pair of natural pink garnets presents highly considered cutting and material attributes, ideally suited to fine custom work. Individual weights are 0.68 carats and 0.75 carats, with diameters and depths of 5.53 x 5.53 x 3.33 mm and 5.66 x 5.65 x 3.36 mm respectively, dimensions that support a compact profile with strong table face and controlled pavilion depth. Each stone is executed in a mixed brilliant cut combining a brilliant style crown with a faceted pavilion shaped to enhance color saturation and return, producing lively brilliance and targeted scintillation. Clarity is graded very very slightly included evaluated at eye level, with inclusions that do not interfere with light performance or affect pinning in fine settings. Color intensity is intense, presenting a saturated pink hue with even tone across the facets. Polish is excellent, permitting crisp facet junctions and maximal light transmission. There has been no enhancement to these stones, and origin is Ceylon Sri Lanka, a source known for producing clean material with vivid coloration.

From a design and fabrication perspective these stones are highly adaptable for a wide variety of jewelry executions. The near match in diameter and consistent color allows them to be used as paired stud earrings, as offset companion stones flanking a center gem, or as matched accents in a three stone or cluster composition, while the slight difference in weight can be embraced in asymmetric designs. Recommended mounting styles include four or six prong settings to maximize light entry, low profile bezels for everyday wear that protect the girdle, and halo or pavillon settings to amplify perceived size. Metal choices will influence perceived warmth of the pink, with rose gold enhancing warmth, yellow gold deepening tone, and platinum or white gold offering contrast and increased brilliance. When commissioning bespoke work through The Natural Gemstone Company we can supply CAD visualization and setting tolerances to account for the exact pavilion depths and table sizes, ensuring secure seating and optimal optical performance in the final piece.