



Natural Cornflower Blue Sapphire 2.10 ct – Cushion Cut, Heat Treated, AIG Certified
This natural sapphire weighs 2.10 carats and displays a rich cornflower blue color with vivid saturation and exceptional brilliance. The gemstone is expertly fashioned in a refined cushion cut measuring 8.29 × 7.03 × 3.66 mm, creating elegant proportions and attractive light reflection suitable for sophisticated jewelry designs. Cornflower blue sapphires are among the most sought-after sapphire colors, admired for their vibrant yet soft velvety blue appearance.
Originating from Sri Lanka (Ceylon), one of the world’s most prestigious sapphire-producing regions, this gemstone has undergone standard heat treatment (HT), a widely accepted enhancement used to improve color and clarity in natural sapphires. Sapphire is renowned for its exceptional durability, ranking 9 on the Mohs hardness scale, making it ideal for heirloom-quality jewelry and everyday luxury wear. The gemstone is accompanied by an independent AIG laboratory certificate confirming its natural origin and authenticity.
Its desirable cornflower blue coloration, elegant cushion cut, and certified Ceylon origin make this sapphire an exceptional choice for collectors and bespoke luxury jewelry creations.
Choose options




From gemstone to jewelry
This example illustrates one possible way a gemstone may be developed into a bespoke piece. Final design is always defined individually, based on the stone and its natural character.

Loose gemstone

Bespoke jewelry
Bespoke jewelry
Selected gemstones may also serve as the starting point for a bespoke piece.
Each design is developed individually, guided by the stone, its proportions and natural character.
Gemological overview
Technical and gemological information about this gemstone variety.
Our approach to gemstones
We focus primarily on natural, untreated gemstones, valued for their authenticity and inherent beauty.
Any treatments or enhancements are always clearly disclosed, allowing our clients to make informed decisions based on transparent gemological standards.





