Up for auction is a 2.26-carat natural rough diamond displaying a unique greenish-brown hue with a beautiful earthy brilliance. This diamond is 100% natural and untreated, showcasing its authentic crystal form and natural surface textures—completely as it was formed deep within the Earth.

The rough exhibits visible internal characteristics (SI/I clarity) typical of natural, uncut diamonds, adding to its distinct identity and raw beauty. Its natural color and form make it a compelling choice for collectors, custom jewelry designers, or anyone drawn to the untamed elegance of rough gemstones.

About Natural Rough Diamonds:
Rough diamonds like this one are mined in their natural crystal state, with no cutting, heating, or color enhancement. Their untouched surfaces often reveal fascinating growth patterns and subtle color zoning, offering a glimpse into the geological history of diamond formation over billions of years.

Greenish-brown diamonds are particularly uncommon in nature—their color caused by trace elements and natural radiation exposure during formation. Each specimen is one-of-a-kind, and untreated roughs of over 2 carats remain highly collectible for gem enthusiasts and jewelry artists alike.

Please note that the photos and videos are taken with light behind the diamond to showcase its clarity and color. The diamond will look darker or lighter depending on your lighting conditions. Thank you for understanding.

A natural, untreated rough diamond with rare greenish-brown color—authentic, unique, and full of character.

Wishing you the best of luck and a pleasant bidding experience.

Seller Notes & International Shipping Disclaimer:
Please note that all millimeter measurements and carat weights are approximate.

Shipping costs may vary due to current global conditions. For international orders outside the U.S., shipping rates may be higher than the amount shown in the listing. If this occurs, we will contact you prior to shipment to confirm any additional costs.

Thank you for your understanding and cooperation.