1.11 Ct. Pink Sapphire from Madagascar

One transparent 1.11 carat pear shape pink sapphire, dimensions 8.33 by 5.48 by 3.48 millimeters, mixed brilliant cut, clarity grade described as very very slightly included when evaluated at eye level, intense color intensity, excellent polish, heat treated, origin Madagascar, offered by The Natural Sapphire Company. The combination of precise proportions and an exacting polish produces a clean face up appearance, with internal clarity that allows controlled light transmission. The pear outline balances a tapered point with a rounded shoulder, permitting the stone to read both as a lively, scintillating gem when viewed head on, and as a deep, saturated pink when observed at varying angles. The heat treatment applied to this sapphire is stable and commonly accepted within the trade, and it has been executed to enhance hue and tone without compromising transparency or surface finish.

The mixed brilliant cut is central to how this sapphire interacts with light, integrating a brilliant style crown with a carefully configured pavilion geometry to marry scintillation and color depth. Crown facets disperse incoming light into rapid flashes of brilliance, while the pavilion facets are arranged to return that light through the table, reinforcing face up intensity, and minimizing light leakage along the length of the pear. The result is a dynamic interplay between pinpoint scintillation and broad flashes of color, the latter emphasized by the stone's intense pink saturation and high transmission. Excellent polish ensures that facet junctions act as smooth mirrors, sharpening reflected highlights and preserving contrast between light and dark areas. In practical terms this yields a gem that displays lively movement as it is handled, a consistent, saturated face up color in most lighting conditions, and sufficient optical precision to sit well in a variety of settings. The Natural Sapphire Company presents this Madagascar pink sapphire as an example of how disciplined facet design, quality finishing, and natural material characteristics combine to maximize the inherent optical performance of a fine sapphire.