One of the rarest and most fascinating minerals - Charoite from the Ural Mountains Imperial Charoite High Grade - Height: 260 mm - Width: 100 mm- 3094 g






Holds BSc in geology and post-graduate qualifications in geochemistry.
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Charoite from the Ural Mountains, Russia, Imperial Charoite High Grade specimen, weight 3094 g, dimensions 260 × 100 × 90 mm.
Description from the seller
Charoite is a geological marvel from the remote Ural Mountains in Russia, one of the rarest and most fascinating gems the Earth has ever produced. This extraordinary stone, with its free and natural shape, is a testament to nature's artistry in mineral creation.
Known for its exceptional beauty, Charoite shines with chromatic shades ranging from deep violet to lilac, mysteriously intertwining tones of white, gray, and black. This chromatic composition is the result of complex geological processes that have shaped the stone over millions of years.
Under the microscope, Charoite reveals an intricate and unique crystalline structure. Its crystals, primarily composed of calcium, barium, and strontium silicates, intertwine in a harmonious dance, creating a striped and swirling appearance reminiscent of the fluidity of abstract art. This phenomenon is known as chatoyancy, which gives the stone a seductive luster.
Charoite is not only an aesthetic masterpiece; it is also a gemstone that fascinates scientists. Its origin is linked to a unique geological environment, known for its ultrabasic rocks, and its formation requires particularly rare conditions.
Seller's Story
Charoite is a geological marvel from the remote Ural Mountains in Russia, one of the rarest and most fascinating gems the Earth has ever produced. This extraordinary stone, with its free and natural shape, is a testament to nature's artistry in mineral creation.
Known for its exceptional beauty, Charoite shines with chromatic shades ranging from deep violet to lilac, mysteriously intertwining tones of white, gray, and black. This chromatic composition is the result of complex geological processes that have shaped the stone over millions of years.
Under the microscope, Charoite reveals an intricate and unique crystalline structure. Its crystals, primarily composed of calcium, barium, and strontium silicates, intertwine in a harmonious dance, creating a striped and swirling appearance reminiscent of the fluidity of abstract art. This phenomenon is known as chatoyancy, which gives the stone a seductive luster.
Charoite is not only an aesthetic masterpiece; it is also a gemstone that fascinates scientists. Its origin is linked to a unique geological environment, known for its ultrabasic rocks, and its formation requires particularly rare conditions.
