As “dream crystals,” Purple Fluorite protects the mind and is marvelous for freeing the spirit at night to explore, travel and expand without fear or disturbance. They benefit anyone who works under pressure or lives life at a fast pace to keep the mind calm and productive.įluorite gives form and structure to energies, ideas, and concepts, stirs creativity, and opens the mind to new possibilities. They are remarkable talismans for analysts, accountants, scientists, engineers, researchers, processors, programmers, and designers. Their presence in work areas, labs, or places of study helps the mind stay focused, organized, and clear. Their frequency harmonizes with computers and electronics and draws off environmental stress and negative energies from electromagnetic fields. The term “Fluorspar” is still commonly used in the industrial and chemical trades, while “Fluorite” is used for mineralogical, lapidary, and most other references.įluorite clusters are particularly conducive to working with modern technologies. High-quality Fluorite is also used in making top-grade optical lenses for cameras, microscopes, and telescopes. It has numerous uses in the ceramic and chemical industries as a source of fluoride, fluorine, and hydrofluoric acid and for use in glazes, enamels, and specialty glass. Originally known as Fluorspar or Fluorospar, Fluorite is primarily an industrial mineral with a low melting point deriving its name from the Latin fleure, meaning “to flow,” and refers to its use as a flux in the steel and aluminum smelting processes. It may also be associated with Barite, Quartz, and Calcite, among others, and is often a primary or secondary mineral in marbles, granites, dolostone, and limestone. Some varieties of Fluorite may also be phosphorescent, thermoluminescent, and/or triboluminescent.įluorite occurs in large deposits in many locations around the world, most commonly as vein fillings in rocks that have been subjected to hydrothermal activity and contain metallic ores such as Lead, Zinc, Silver, Galena, or Sphalerite. Its crystals were some of the first specimens studied for the phenomenon of “fluorescence,” which was named after Fluorite, and are thought to be caused when trace amounts of yttrium, cerium, europium or other rare earth elements substitute for calcium in the mineral structure. Impurities, exposure to radiation, and voids in the color centers determine Fluorite’s color and help give it a wonderful luminous quality. It is frequently multi-colored with bands, or zones, of color that intermingles. However, specimens of pink, red, white, brown, and black also occur. Hailed as “the most colorful mineral in the world,” Fluorite forms in a wide variety of hues, typically purple, green, yellow, blue, and pure form – colorless.
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