[Posted as 12563944] Colombian Trapiche Emerald 0.252ct Loose Stone

Trapiche emeralds, which display six distinct lines, are rare gemstones, representing only a tiny fraction of all emeralds produced. This pattern is believed to be caused by impurities mixing into the crystal as it grows, which then extend vertically with the crystal.
While most trapiche emeralds on the market come from the Muzo mine, this particular one is a rare find from the Cosquez mine. Furthermore, we have carefully selected pieces with a deep body color and beautiful patterns. These were meticulously chosen from a lot newly acquired for overseas markets and first unveiled in Hong Kong by Masahiro Shimizu, the "Emerald Hunter" familiar from the TV show "Matsuko no Shiranai Sekai."

・Category: Loose stone (natural stone)
・Stone Name: Trapiche Emerald from Colombia (Colombian Emerald)
・Weight: 0.252ct
・Size: 4.6×4.2mm
・Shape: -
・Scratches/Chips: -
・Inclusions: -
・Remarks: Impregnation with a colorless substance has been performed.
　*Trapiche emeralds are generally gemstones that have undergone impregnation with a colorless substance.
・Accessories: Identification report (JTL (Jewelry Trading Laboratory)), loose stone case (clear zip case if it doesn't fit)

▷Jewelry Customization Available
If you wish to have the stone set in jewelry, please order it along with your desired setting from the link below.
・【Choose Your Stone】Simple Order
・【Choose Your Stone】Semi-Order
*If you would like an image of the stone set in a frame, wish to discuss a custom order, or have any other questions, please feel free to contact us here.
*Rough stones are not eligible. Also, some stones may not be eligible.

※ We strive to ensure that the photos show the actual color of the product, but due to lighting conditions during photography and the monitor environment you are using, the actual product may look slightly different. Also, some photos may be taken using a penlight.

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

※ Please refer to here for information on scratches, chips, treatments, and inclusions.

※ For other frequently asked questions, please refer to here.


karatz_item_id: 12563944