[10/21 (Wed) 10:00 AM Deadline: Lottery Sale] Bekily Blue Garnet (Color-Change Garnet) 1.026ct Loose Stone

Garnet is famous as the birthstone for January and is one of the classic gemstones. However, this color-changing type of garnet is rarely seen on the market, so many may be surprised to learn that garnets can even change color. This is a relatively rare stone known as Bekily blue garnet, which has a bluish hue. Please use a red-toned color-change penlight to enjoy the color-changing effect.
This is a Bekily blue garnet from Madagascar that contains unique inclusions. We conducted an examination to determine the identity of these inclusions, but unfortunately, we were unable to identify them. The nature of these inclusions might be revealed through future research and advancements in analytical technology. It is a stone that allows you to appreciate the depth of gemstones. An identification report is included.

・Type: Loose (natural stone)
・Stone name: Bekily blue garnet (color-change garnet)
・Weight: 1.026ct
・Size: 6.9 x 5.8 mm
・Shape: Pear shape
・Flaws/Chips: S
・Inclusions: -
・Notes: ---
・Accessories: Identification report (JTL (Jewel Trading Laboratory)), loose stone case (or a clear zip bag if it does not fit)

▷ Jewelry customization accepted
If you would like to have this stone made into jewelry, please place an order along with your preferred setting from the link below.
・[Select from stone] Simple order
・[Select from stone] Semi-order
* If you would like an image of the stone placed in a setting, wish to consult about a full custom design, or have any other questions, please feel free to contact us here.
* Rough stones cannot be processed. Also, some stones may not be suitable for setting.

* We strive to ensure that the colors in our photos are as close to the actual product as possible, but colors may appear slightly different depending on lighting conditions during photography or your monitor settings. Also, some photos may have been taken using a penlight.

* Products featuring UV fluorescence photos are captured using a black light with a wavelength of 365nm. If you use a light with a different wavelength (e.g., around 395nm), the fluorescence may appear weaker or be difficult to confirm. The black light used by our store can be found here.

* For information regarding flaws, chips, treatments, and inclusions, please see here.

* For other frequently asked questions, please see here.


karatz_item_id: 12565140