1.99 Ct. Green Sapphire from Madagascar

Sapphires have long occupied a central place in the language of gemstones, serving as emblems of protection, enduring fidelity, and considered signs of status across cultures and centuries. Green sapphires in particular bridge the historical associations of blue and yellow sapphires, offering a color that has been prized for its resemblance to verdant landscapes and to the deep tones found in certain early ceremonial jewels. This 1.99 carat green sapphire from The Natural Sapphire Company is presented with that lineage in mind, as a stone that can function both as a personal talisman and as a refined element of contemporary jewelry. The connection between past and present is evident in the gemological attributes of the stone, where traditional appreciation for hue and durability meets modern standards of cutting and finishing.

The gem is a round shape weighing 1.99 carat, with dimensions 7.76 by 7.73 by 4.41 millimeters, and it has been fashioned in a mixed brilliant cut. The mixed brilliant cut combines aspects of step cutting on the crown and brilliant style facets below, allowing the stone to balance strong color saturation with lively light return. The sapphire is transparent, exhibiting intense color intensity, and it has been evaluated as eye clean at normal viewing distance, meaning no inclusions are visible to the unaided eye under typical observation. The polish has been graded as excellent, indicating that the facets present crisp, well defined planes that contribute to the stone's overall visual clarity and surface finish.

Optical performance is key to the character of this green sapphire, and the mixed brilliant cut plays a central role in how the gem interacts with light. The facet arrangement produces an even distribution of sparkle across the table, with internal reflections that emphasize the stone's deep green tones without fragmenting them into a highly zoned appearance. The intense color intensity offers both depth and saturation, creating a visual impression that is rich and resonant in a variety of lighting conditions. The excellent polish enhances facet transparency and minimizes surface diffusion of light, so that the gem projects a compact and consistent face up appearance. Taken together, the transparency, cut quality, and polish yield a stone that reads as both lively and composed.

This sapphire originates from Madagascar, a region that has become recognized for producing a wide range of gem quality corundum with varied and attractive color expressions. Madagascar deposits have contributed significantly to the contemporary market for sapphires, and stones from the island frequently display strong color saturation and good clarity. The presented gem has undergone standard heat treatment, a widely accepted and stable enhancement used in the trade to improve color and clarity. Heat treatment has been applied in a controlled manner to enhance the stone's inherent color qualities, without altering its fundamental crystal structure or durability. The Natural Sapphire Company documents the origin and treatment status of the gem, supporting transparent and informed purchasing.

Throughout history, sapphires have been employed in a broad array of settings, from signet and devotional pieces to rings symbolizing commitment. Green sapphires have been used where a subtler palette was desired, providing a refined alternative to blue stones and complementing both warm and cool metals in settings. This 1.99 carat round green sapphire is of a size and profile that suits a central solitaire setting in a ring or a prominent pendant design, and it will pair well with platinum, white gold, and yellow gold depending on the intended contrast with the green hue. For clients seeking a stone with documented origin, excellent finish, and strong visual presence, this gem embodies the intersection of traditional gemstone values and precise contemporary craftsmanship, and The Natural Sapphire Company is available to provide additional technical details, viewing options, and certification information.