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Rare Rubellite Brilliant Ring from Afghanistan 23.10 ct red-pink Exception of Luminosity AAA+
Product information "Rare Rubellite Brilliant Ring from Afghanistan 23.10 ct red-pink Exception of Luminosity AAA+"
There are gemstones that are rare and rare, this rubellite (red tourmaline) from Afghanistan is one of them, 23.10 ct, color red (rubylight) / pink with the exception of luminosity, AAA+, very small inclusions (unavoidable with rubellite, hardly occur without them), brilliance and color distribution excellent, cut excellent (modern cushion cut graded), approx. 16.8 x 16.5 x 11.5 mm in size, in this color quality an exceptional gemstone and very good investment! In our goldsmith's workshop in Valenza set as a high-quality ring, in 750 rose gold, solid under-cader, wreathed in halo style and the ring shoulders set with full-cut diamonds total approx. 1.26 ct TW (fine white) / VS (very small inclusions), approx. 25 grams in weight, Rw 18 mm (can be changed), approx. 23 x 23 x 12 mm, new production!
About tourmaline: It is available in all price ranges, the most expensive is the Paraiba tourmaline from Brazil, followed by top gemstones from Africa and Afghanistan, which are enjoying growing popularity. Just like the Paraiba tourmaline, the other types of tourmaline will also experience an increase in price over the years, because large, flawless gemstones in top colors (green, green-mint, lagoon, seamfoam, blue) are rare and increasing demand is driving up carat prices . I am all the more pleased to be able to use a cooperation with experienced gemologists and dealers locally in Afghanistan to buy top stones for as long as possible. The name tourmaline comes from the Sinhalese word tura mali, which means "a mixed-colored stone." For the mineralogist, tourmalines are simply a group of silicate (borosilicate) minerals. The color nuances range from colorless, red, pink, green, yellow, blue to black. A special feature is the pleochroism, the tourmaline shows up in different colors depending on the direction you look at it and the piezoelectricity and pyroelectricity, opposite crystal ends are charged differently.
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