0.62 Ct.Tw.Total Carat Weight Green Sapphire Pair from Ceylon (Sri Lanka)

This pair of green sapphires presents a refined balance of size, color, and finish. One stone weighs 0.29 carats and measures 4.17 by 4.56 by 2.39 mm. The companion stone weighs 0.33 carats and measures 4.26 by 4.64 by 2.49 mm. Both are transparent, fancy shaped, and received a precision fancy cut with excellent polish. Clarity is graded as very slightly included when evaluated at eye level, and both display an intense green color. These sapphires are heat treated, a standard and stable enhancement that optimizes color and clarity without compromising structural integrity. The material is from Ceylon, Sri Lanka, a provenance known for producing vivid and well crystallized sapphires. The Natural Sapphire Company offers these stones as a paired set suitable for matching applications where near symmetry in tone, saturation, and facet orientation is required.

Finding two gemstones that match so closely is a rare occurrence in the natural gem trade. Natural sapphires vary unpredictably in hue, tone, saturation, and internal character, and even slight differences in crystal structure or cutting angles can produce noticeable changes in appearance. Achieving a visually harmonious pair requires alignment across multiple variables, including carat weight, dimensions, cut proportions, clarity as seen by the unaided eye, and color response under common lighting conditions. For fancy shaped stones the challenge is greater because nonstandard facet arrangements create more opportunities for variation in light return and color zoning. The two sapphires described here demonstrate an unusually consistent pairing for their size and shape, making them particularly suitable for matched settings such as stud earrings, delicate paired accents in a three stone ring, or bespoke designs where near identical visual balance is desired. The Natural Sapphire Company evaluates matched pairs carefully to ensure that color intensity, eye clean appearance, and polish quality are consistent, and provides transparent information about origin and enhancement to inform design and care decisions.