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Angelite

Angelite

Angelite

  • Green Angelite Polished 40x32mm Flat Oval

    Green Angelite Polished 40x32mm Flat Oval

    Bead World Gems

    kn35.51
    Sold Individually Origin: Russia What is it: Angelite is a form of anhydrite, which is a crystal made of calcium sulfate. The crystals are formed in places where gypsum stones had previously been in contact with water, which then evaporates, leaving...
    kn35.51
  • Green Angelite Polished 22x30mm Flat Oval

    Green Angelite Polished 22x30mm Flat Oval

    Bead World Gems

    kn18.65
    Sold Individually Origin: Russia What is it: Angelite is a form of anhydrite, which is a crystal made of calcium sulfate. The crystals are formed in places where gypsum stones had previously been in contact with water, which then evaporates, leaving...
    kn18.65
  • Green Angelite A Grade 10x30mm Long Drop Green Angelite A Grade 10x30mm Long Drop

    Green Angelite A Grade 10x30mm Long Drop

    Bead World Gems

    kn23.32
    Sold Individually Origin: Russia What is it: Angelite is a form of anhydrite, which is a crystal made of calcium sulfate. The crystals are formed in places where gypsum stones had previously been in contact with water, which then evaporates, leaving...
    kn23.32
  • Green Angelite A Grade 25x18mm Oval Green Angelite A Grade 25x18mm Oval

    Green Angelite A Grade 25x18mm Oval

    Bead World Gems

    kn24.75
    Sold Individually Origin: Russia What is it: Angelite is a form of anhydrite, which is a crystal made of calcium sulfate. The crystals are formed in places where gypsum stones had previously been in contact with water, which then evaporates, leaving...
    kn24.75
  • Green Angelite A Grade 20mm Coin Green Angelite A Grade 20mm Coin

    Green Angelite A Grade 20mm Coin

    Bead World Gems

    kn19.30
    Sold Individually Origin: Russia What is it: Angelite is a form of anhydrite, which is a crystal made of calcium sulfate. The crystals are formed in places where gypsum stones had previously been in contact with water, which then evaporates, leaving...
    kn19.30