[Lottery Sale 0725_01] Indian Orissa Alexandrite 0.238ct Loose with Japan-Germany Gemological Report

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Alexandrite, also known as the "King of Gems," is a mystical gemstone discovered around 1830 in Russia's Ural Mountains. It changes color from green in natural daylight to red under incandescent light at night, hence its nickname "emerald by day, ruby by night." Today, Russian alexandrite is rarely circulated, with most coming from Brazil, Sri Lanka, and India. This particular alexandrite is from India. You can enjoy its color change with a red-spectrum color-changing penlight.
This is an old stock alexandrite from the Odisha mine in India. It is a rare old stock stone with limited availability, and while it contains inclusions, its vivid color change is captivating. It comes with a鑑別書 (identification certificate) from the Japan Germany Gemological Laboratory.

・Type: Loose Stone (Natural Gemstone)
・Gemstone Name: Indian Alexandrite (Alexandrite)
・Weight: 0.238ct
・Size: 3.5×3.3mm
・Shape: Emerald Cut
・Scratches/Chips: S-A+
・Remarks: ---
・Accessories: Identification Certificate (Japan Germany Gemological Laboratory), Loose stone case (If it doesn't fit, a clear zippered case)

▷Jewelry processing available
If you would like jewelry processing, please order with your desired setting from the link below.
・【Choose from stones】Simple Order
・【Choose from stones】Semi-Order
※If you would like a conceptual image of the stone in a setting, want to discuss a full custom order, or have any other questions, please feel free to contact us here.
※Raw stones are not eligible. Also, some stones may not be eligible.

※While we strive to ensure that the photos show the same color as the actual product, there may be slight differences due to lighting conditions during photography, monitor settings, and other factors. Also, some photos may be taken using a penlight.

※For products with UV fluorescence photos, we use a blacklight with a wavelength of 365nm for photography. If you use a light with a different wavelength (e.g., around 395nm), the fluorescence may appear weak or be difficult to confirm. The blacklight we use is here.

※For information on scratches, chips, treatments, and inclusions, please see here.

※For other frequently asked questions, please see here.


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