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Sale!11cm Wide Fluorite is composed of fluorine and calcium and is formed in hydrothermal veins in the Earth's crust. This mineral can be found in all colors of the rainbow with different hues. The different colors in Fluorite are caused by impurities within the mineral. The deeper colors are found in well-formed crystals. Fluorite was originally discovered in Illinois in 1842 but is no longer mined in the US. It can be found in China, South Africa, Mongolia, France, and Russia. ***Due to natural variations in stones, the appearance will vary***
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Tiger's eye is a semiprecious stone that is formed when parallel veins of crocidolite fibers are first altered to iron oxides and then replaced by silica. As a result it is more opaque, and creates a rich yellow to brown color. Tiger Eye can be found in Australia, Burma, United States, Brazil, China, and many other countries.
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Labradorite is a type of feldspar that gets it's flashy colors from intergrowths within the mineral. Light then travels through these intergrowths and displays its beautiful colors. These colors can range from purples and blues to greens and yellows. This mineral gets its name from where it was originally discovered, in Labrador, Canada. This mineral was also found in Finland during WWII and was also known as "Falcon's Eye".
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Stichtite is a secondary mineral that forms as a result of the interaction between Serpentine and chromium. This is a hyrdothermal interaction where the chromium and other fluids infiltrate the Serpentine and create Stichtite. This crystal is famously found in the Dundas mineral field in Tasmania, Australia.
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Sodalite is a rare mineral formed inside igneous rocks crystalized as a result of sodium-rich magma. The blue color comes from the rock that Sodalite is formed in; nepheline syenite, trachyte, and phonolite. Although the sodalite-bearing rock is rare, it can most commonly be found in the US, Canada, and Africa.
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Serpentine is primarily composed of one or more of the three magnesium silicate minerals: lizardite, chrysotile, and antigorite. This mineral comes from the Earth's mantle which is just under the Earth's crust. This mineral is the state rock of California but can also be found in Russia, Greece, New Zealand, and many other places.
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Sardonyx is a chalcedony crystal who's banding is formed when Silica-rich waters seep into cracks in rocks at low temperatures. Quartz then grows from the deposited silica. These crystals vary in color from a light orange/red to a dark brown color. These crystals are usually found near volcanic activity; In Brazil, India, Germany, Madagascar, and in the US.
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Sardonyx is a chalcedony crystal who's banding is formed when Silica-rich waters seep into cracks in rocks at low temperatures. Quartz then grows from the deposited silica. These crystals vary in color from a light orange/red to a dark brown color. These crystals are usually found near volcanic activity; In Brazil, India, Germany, Madagascar, and in the US.
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Sardonyx is a chalcedony crystal who's banding is formed when Silica-rich waters seep into cracks in rocks at low temperatures. Quartz then grows from the deposited silica. These crystals vary in color from a light orange/red to a dark brown color. These crystals are usually found near volcanic activity; In Brazil, India, Germany, Madagascar, and in the US.
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Rose Quartz is an anhedral crystal. It is found in the cores of pegmatites and gets its color from microscopic inclusions of a pink variety of the mineral dumortierite . Rose Quartz is naturally a pink hue but can have more hues of grey/purple or red. This mineral Earth's can be found in many places including South Africa, Madagascar, and Brazil.
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Rose Quartz is an anhedral crystal. It is found in the cores of pegmatites and gets its color from microscopic inclusions of a pink variety of the mineral dumortierite . Rose Quartz is naturally a pink hue but can have more hues of grey/purple or red. This mineral Earth's can be found in many places including South Africa, Madagascar, and Brazil.
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Rose Quartz is an anhedral crystal. It is found in the cores of pegmatites and gets its color from microscopic inclusions of a pink variety of the mineral dumortierite . Rose Quartz is naturally a pink hue but can have more hues of grey/purple or red. This mineral Earth's can be found in many places including South Africa, Madagascar, and Brazil.
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Rose Quartz is an anhedral crystal. It is found in the cores of pegmatites and gets its color from microscopic inclusions of a pink variety of the mineral dumortierite . Rose Quartz is naturally a pink hue but can have more hues of grey/purple or red. This mineral Earth's can be found in many places including South Africa, Madagascar, and Brazil.
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Moonstone is a sodium potassium aluminum silicate mineral that belongs to the feldspar group. This mineral has a opalescent sheen similar to labradorite and this comes from the light deflection that comes from the feldspar layers within the stone. This beautiful mineral is found in Myanmar, Madagascar, Brazil, Australia, and India.
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Moonstone is a sodium potassium aluminum silicate mineral that belongs to the feldspar group. This mineral has a opalescent sheen similar to labradorite and this comes from the light deflection that comes from the feldspar layers within the stone. This beautiful mineral is found in Myanmar, Madagascar, Brazil, Australia, and India.
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Moonstone is a sodium potassium aluminum silicate mineral that belongs to the feldspar group. This mineral has a opalescent sheen similar to labradorite and this comes from the light deflection that comes from the feldspar layers within the stone. This beautiful mineral is found in Myanmar, Madagascar, Brazil, Australia, and India.
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Fluorite is composed of fluorine and calcium and is formed in hydrothermal veins in the Earth's crust. This mineral can be found in all colors of the rainbow with different hues. The different colors in Fluorite are caused by impurities within the mineral. The deeper colors are found in well-formed crystals. Fluorite was originally discovered in Illinois in 1842 but is no longer mined in the US. It can be found in China, South Africa, Mongolia, France, and Russia.
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Labradorite is a type of feldspar that gets it's flashy colors from intergrowths within the mineral. Light then travels through these intergrowths and displays its beautiful colors. These colors can range from purples and blues to greens and yellows. This mineral gets its name from where it was originally discovered, in Labrador, Canada. This mineral was also found in Finland during WWII and was also known as "Falcon's Eye".
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Pink opal is formed by bubbling water near volcanic ash. It dissolves the silica and forms in nodules from volcanic activity. Most specimens contain pink opal mixed with minerals such as rhyolite. These beautiful specimens are only found in Peru and Australia.
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Sale!16 x 16 x 7cm Agate is a translucent form of microcrystalline quartz. These crystals form inside of igneous rocks over a long period of time and get their banding from years of siliceous groundwater building up in the cavities of these rocks. What makes this mineral so beautiful and unique is that the color variations and banding patterns are completely dependent on the environmental factors around them. Agate can be found here in the USA; mostly in the northwest. ***Due to natural variations in stones, the appearance will vary***
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Rhodonite is a silicate mineral usually found in metamorphic rocks that are known to have other manganese minerals in them. The manganese is how Rhodonite gets its color. This specific variation of Rhodonite is found in the San Martin Mine in Peru.
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Moonstone is a potassium aluminum silicate feldspar. The peach variety ranges from a tan brown to a very light peach/pink. This range in color is caused by higher contents of aluminum within the feldspar’s chemical make-up. Most of Peach Moonstone comes from Madagascar, with a majority of the material being crafted by the local craftsmen/women.
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Ocean jasper is a rare and colorful material exclusively from Madagascar. It is described as a variety of Orbicular Jasper due to its orb-like inclusions. Ocean jasper is a name for what is known to be a spherulitic chalcedony which is a cryptocrystalline variety of quartz. Cryptocrystalline is a term that means its crystals are too small to be seen with the naked eye.
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Ocean jasper is a rare and colorful material exclusively from Madagascar. It is described as a variety of Orbicular Jasper due to its orb-like inclusions. Ocean jasper is a name for what is known to be a spherulitic chalcedony which is a cryptocrystalline variety of quartz. Cryptocrystalline is a term that means its crystals are too small to be seen with the naked eye.
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Moss agate is a semi-precious stone. It is a variety of Chalcedony and it formed from silicon dioxide. The field of this stone is a milky white or clear quartz with blue and green inclusions that form as a result of oxides in the mineral. The dendritic inclusions are mainly made from manganese or iron that grow into patterns to give it the moss look.
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Moss agate is a semi-precious stone. It is a variety of Chalcedony and it formed from silicon dioxide. The field of this stone is a milky white or clear quartz with blue and green inclusions that form as a result of oxides in the mineral. The dendritic inclusions are mainly made from manganese or iron that grow into patterns to give it the moss look. *All spheres come with a free stand*
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Moss agate is a semi-precious stone. It is a variety of Chalcedony and it formed from silicon dioxide. The field of this stone is a milky white or clear quartz with blue and green inclusions that form as a result of oxides in the mineral. The dendritic inclusions are mainly made from manganese or iron that grow into patterns to give it the moss look. *All spheres come with a free stand*
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Moss agate is a semi-precious stone. It is a variety of Chalcedony and it formed from silicon dioxide. The field of this stone is a milky white or clear quartz with blue and green inclusions that form as a result of oxides in the mineral. The dendritic inclusions are mainly made from manganese or iron that grow into patterns to give it the moss look. *All spheres come with a free sphere stand*
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Moss agate is a semi-precious stone. It is a variety of Chalcedony and it formed from silicon dioxide. The field of this stone is a milky white or clear quartz with blue and green inclusions that form as a result of oxides in the mineral. The dendritic inclusions are mainly made from manganese or iron that grow into patterns to give it the moss look.
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Moss agate is a semi-precious stone. It is a variety of Chalcedony and it formed from silicon dioxide. The field of this stone is a milky white or clear quartz with blue and green inclusions that form as a result of oxides in the mineral. The dendritic inclusions are mainly made from manganese or iron that grow into patterns to give it the moss look.
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Moss agate is a semi-precious stone. It is a variety of Chalcedony and it formed from silicon dioxide. The field of this stone is a milky white or clear quartz with blue and green inclusions that form as a result of oxides in the mineral. The dendritic inclusions are mainly made from manganese or iron that grow into patterns to give it the moss look.
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Moss agate is a semi-precious stone. It is a variety of Chalcedony and it formed from silicon dioxide. The field of this stone is a milky white or clear quartz with blue and green inclusions that form as a result of oxides in the mineral. The dendritic inclusions are mainly made from manganese or iron that grow into patterns to give it the moss look.
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Moss agate is a semi-precious stone. It is a variety of Chalcedony and it formed from silicon dioxide. The field of this stone is a milky white or clear quartz with blue and green inclusions that form as a result of oxides in the mineral. The dendritic inclusions are mainly made from manganese or iron that grow into patterns to give it the moss look.
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Moss agate is a semi-precious stone. It is a variety of Chalcedony and it formed from silicon dioxide. The field of this stone is a milky white or clear quartz with blue and green inclusions that form as a result of oxides in the mineral. The dendritic inclusions are mainly made from manganese or iron that grow into patterns to give it the moss look.
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Moss agate is a semi-precious stone. It is a variety of Chalcedony and it formed from silicon dioxide. The field of this stone is a milky white or clear quartz with blue and green inclusions that form as a result of oxides in the mineral. The dendritic inclusions are mainly made from manganese or iron that grow into patterns to give it the moss look. Crazy Lace Agate is formed when volcanic activity causes silica-rich fluids to move through rock cavities. The different layers form from chalcedony that have different inclusions within it such as iron and aluminum. The rhythmic-like pattern is how it gets its name "crazy lace". This crystal is primarily formed in the Sierra Madre Mountains in Mexico.
Shopwiredadmin2022-06-04T21:06:27-04:00
