0.47 Ct. Green Sapphire from Madagascar

This transparent green sapphire weighs 0.47 carat, with precise dimensions of 4.45 x 4.33 x 3.33 mm, and presents a round outline executed in a mixed brilliant cut. The stone exhibits a light color intensity and a clarity grade described as very very slightly included, evaluated at eye level. The surface finish is an excellent polish, and the material has been heat treated to enhance uniformity of hue and stability. Origin is Madagascar, a source known for producing sapphires with a delicate range of green tones. The combination of weight, size, and transparency results in a gem that occupies a balanced visual presence in a variety of jewelry settings, while remaining subtle in color and refined in appearance.

The mixed brilliant cut is specifically designed to balance brilliance, scintillation, and color transmission in a gemstone of this tone and clarity. The crown retains a brilliant style facet arrangement that captures incident light across a broad aperture, directing it efficiently into the pavilion. The pavilion is cut with facets that return light through the table and crown in controlled beams, producing a precise play of light and dark that enhances perceived brightness. The moderated table size and proportionate pavilion depth of this 4.33 mm to 3.33 mm profile promote optimal internal reflection, allowing flashes of white brilliance and selective dispersion to emerge without overwhelming the green hue. Facet junctions and symmetry, reinforced by the excellent polish, minimize light leakage and reduce surface diffusion, thereby sharpening scintillation and improving contrast when the stone moves. In combination, these cutting decisions preserve the gem s natural transparency, reveal subtle green tones from multiple viewing angles, and produce a steady, refined brilliance suitable for both daytime and evening wear. This gem is offered by The Natural Sapphire Company, and its cutting, finishing, and documented origin provide a clear account of its optical behavior, material treatment, and suitability for precise design applications.