Crown Chakra

Approximate beads per strand: 95 What is it: Pure beryl is colorless, but it is frequently tinted by impurities, which range from green, blue, yellow, white, and red (the rarest). There are many varieties of beryl, the well known ones are...

Approximate beads per strand: 125 What is it: Pure beryl is colorless, but it is frequently tinted by impurities, which range from green, blue, yellow, white, and red (the rarest). There are many varieties of beryl, the well known ones are...

Approximate beads per strand: 95 What is it: Pure beryl is colorless, but it is frequently tinted by impurities, which range from green, blue, yellow, white, and red (the rarest). There are many varieties of beryl, the well known ones are...

Approximate beads per strand: 65 What is it: Pure beryl is colorless, but it is frequently tinted by impurities, which range from green, blue, yellow, white, and red (the rarest). There are many varieties of beryl, the well known ones are...

Approximate beads per strand: 90 Origin: New York, USA What is it: Herkimer diamonds are not actually diamonds, but double-terminated quartz crystals discovered in and around Herkimer County, New York. They are called "diamonds" because of...

Sold Individually What is it: Moonstone is a variety of the feldspar family. During formation, minerals separate into alternating layers. When light shines between these thin layers it is scattered producing the phenomenon called adularescence...

Sold Individually What is it: Herkimer diamonds are not actually diamonds, but double-terminated quartz crystals discovered in and around Herkimer County, New York. They are called "diamonds" because of both their high clarity and natural...

Sold Individually What is it: Moonstone is a variety of the feldspar family. During formation, minerals separate into alternating layers. When light shines between these thin layers it is scattered producing the phenomenon called adularescence...

Sold Individually What is it: Moonstone is a variety of the feldspar family. During formation, minerals separate into alternating layers. When light shines between these thin layers it is scattered producing the phenomenon called adularescence...

Sold Individually What is it: Labradorite exhibit iridescent blue, green, red, orange, and yellow colors. Labradorite is so well known for these spectacular displays of color that the phenomenon is known as "labradorescence." Labradorescence is not...

Sold Individually What is it: Amethyst is a variety of quartz (SiO2) where the color is caused by irradiation or impurities of iron which result in complex crystal lattice substitutions. History: The name comes from the Koine...

Sold Individually What is it: Amethyst is a variety of quartz (SiO2) where the color is caused by irradiation or impurities of iron which result in complex crystal lattice substitutions. History: The name comes from the Koine...

Sold Individually What is it: Quartz is a common variety of silicon dioxide that often crystallizes into well-formed hexagonal prisms. It occurs in many colors, including purple amethyst, yellow citrine, and smokey quartz. Colorless, transparent...

Sold Individually What is it: Quartz is a common variety of silicon dioxide that often crystallizes into well-formed hexagonal prisms. It occurs in many colors, including purple amethyst, yellow citrine, and smokey quartz. Colorless, transparent...

Sold Individually What is it: Quartz is a common variety of silicon dioxide that often crystallizes into well-formed hexagonal prisms. It occurs in many colors, including purple amethyst, yellow citrine, and smokey quartz. Colorless, transparent...

Approximate beads per strand: 85 What is it: Herkimer diamonds are not actually diamonds, but double-terminated quartz crystals discovered in and around Herkimer County, New York. They are called "diamonds" because of both their high clarity...

Approximate beads per strand: 45 What is it: Moonstone is a variety of the feldspar family. During formation, minerals separate into alternating layers. When light shines between these thin layers it is scattered producing the phenomenon called...

Approximate beads per strand: 38 What is it: Moonstone is a variety of the feldspar family. During formation, minerals separate into alternating layers. When light shines between these thin layers it is scattered producing the phenomenon called...

Approximate beads per strand: 45 What is it: Moonstone is a variety of the feldspar family. During formation, minerals separate into alternating layers. When light shines between these thin layers it is scattered producing the phenomenon called...

Approximate beads per strand: 65 What is it: Moonstone is a variety of the feldspar family. During formation, minerals separate into alternating layers. When light shines between these thin layers it is scattered producing the phenomenon called...

Approximate beads per strand: 32 What is it: Amethyst is a purple variety of quartz (SiO2) where the violet color is caused by irradiation or impurities of iron which result in complex crystal lattice substitutions. History: The name...

Approximate beads per strand: 45 What is it: Lepidolite is a rare lithium-rich mica gemstone that is usually pink, red, or purple in color. Most lepidolite is in this color range, however; can very rarely be colorless or yellow. Its Mohs Hardness is 2.5...

Approximate beads per strand: 65 What is it: Lepidolite is a rare lithium-rich mica gemstone that is usually pink, red, or purple in color. Most lepidolite is in this color range, however; can very rarely be colorless or yellow. Its Mohs Hardness is 2.5...

Approximate beads per strand: 45 What is it: Magnesite is named after the presence of magnesium in its composition. White magnesite is very porous and has the ability to absorb dye to produce almost any color imaginable.  History:...

Approximate beads per strand: 45 What is it: Magnesite is named after the presence of magnesium in its composition. White magnesite is very porous and has the ability to absorb dye to produce almost any color imaginable.  History:...

Approximate beads per strand: 125 What is it: Labradorite exhibit iridescent blue, green, red, orange, and yellow colors. Labradorite is so well known for these spectacular displays of color that the phenomenon is known as "labradorescence."...

Approximate beads per strand: 32 What is it: Moonstone is a variety of the feldspar family. During formation, minerals separate into alternating layers. When light shines between these thin layers it is scattered producing the phenomenon called...

Approximate beads per strand: 65 What is it: Moonstone is a variety of the feldspar family. During formation, minerals separate into alternating layers. When light shines between these thin layers it is scattered producing the phenomenon called...

Approximate beads per strand: 45 What is it: Moonstone is a variety of the feldspar family. During formation, minerals separate into alternating layers. When light shines between these thin layers it is scattered producing the phenomenon called...

Approximate beads per strand: 70 What is it: Moonstone is a variety of the feldspar family. During formation, minerals separate into alternating layers. When light shines between these thin layers it is scattered producing the phenomenon called...

Approximate beads per strand: 65 What is it: Moonstone is a variety of the feldspar family. During formation, minerals separate into alternating layers. When light shines between these thin layers it is scattered producing the phenomenon called...

Approximate beads per strand: 45 What is it: Moonstone is a variety of the feldspar family. During formation, minerals separate into alternating layers. When light shines between these thin layers it is scattered producing the phenomenon called...

Approximate beads per strand: 38 What is it: Moonstone is a variety of the feldspar family. During formation, minerals separate into alternating layers. When light shines between these thin layers it is scattered producing the phenomenon called...

Approximate beads per strand: 45 What is it: Moonstone is a variety of the feldspar family. During formation, minerals separate into alternating layers. When light shines between these thin layers it is scattered producing the phenomenon called...

Approximate beads per strand: 100 What is it: Herkimer diamonds are not actually diamonds, but double-terminated quartz crystals discovered in and around Herkimer County, New York. They are called "diamonds" because of both their high clarity...

Approximate beads per strand: 75 What is it: Herkimer diamonds are not actually diamonds, but double-terminated quartz crystals discovered in and around Herkimer County, New York. They are called "diamonds" because of both their high clarity...

Approximate beads per strand: 65 What is it: Moonstone is a variety of the feldspar family. During formation, minerals separate into alternating layers. When light shines between these thin layers it is scattered producing the phenomenon called...

Approximate beads per strand: 45 What is it: Lepidolite is a rare lithium-rich mica gemstone that is usually pink, red, or purple in color. Most lepidolite is in this color range, however; can very rarely be colorless or yellow. Its Mohs Hardness is 2.5...

Approximate beads per strand: 65 What is it: Lepidolite is a rare lithium-rich mica gemstone that is usually pink, red, or purple in color. Most lepidolite is in this color range, however; can very rarely be colorless or yellow. Its Mohs Hardness is 2.5...

Approximate beads per strand: 65 What is it: Lepidolite is a rare lithium-rich mica gemstone that is usually pink, red, or purple in color. Most lepidolite is in this color range, however; can very rarely be colorless or yellow. Its Mohs Hardness is 2.5...

Approximate beads per strand: 42 What is it: Labradorite exhibit iridescent blue, green, red, orange, and yellow colors. Labradorite is so well known for these spectacular displays of color that the phenomenon is known as "labradorescence."...

Approximate beads per strand: 110 What is it: Herkimer diamonds are not actually diamonds, but double-terminated quartz crystals discovered in and around Herkimer County, New York. They are called "diamonds" because of both their high clarity...

Approximate beads per strand: 170 What is it: Herkimer diamonds are not actually diamonds, but double-terminated quartz crystals discovered in and around Herkimer County, New York. They are called "diamonds" because of both their high clarity...

Approximate beads per strand: 85 What is it: Labradorite exhibit iridescent blue, green, red, orange, and yellow colors. Labradorite is so well known for these spectacular displays of color that the phenomenon is known as "labradorescence."...

Sold Individually What is it: Quartz is a common variety of silicon dioxide that often crystallizes into well-formed hexagonal prisms. It occurs in many colors, including purple amethyst, yellow citrine, and smokey quartz. Colorless, transparent...

Sold Individually What is it: Quartz is a common variety of silicon dioxide that often crystallizes into well-formed hexagonal prisms. It occurs in many colors, including purple amethyst, yellow citrine, and smokey quartz. Colorless, transparent...

Approximate beads per strand: 95 What is it: Labradorite exhibit iridescent blue, green, red, orange, and yellow colors. Labradorite is so well known for these spectacular displays of color that the phenomenon is known as "labradorescence."...

Approximate beads per strand: 65 What is it: Amethyst is a purple variety of quartz (SiO2) where the violet color is caused by irradiation or impurities of iron which result in complex crystal lattice substitutions. History: The name...

Approximate beads per strand: 95 What is it: Amethyst is a purple variety of quartz (SiO2) where the violet color is caused by irradiation or impurities of iron which result in complex crystal lattice substitutions. History: The name...

Approximate beads per strand: 45 What is it: Amethyst is a purple variety of quartz (SiO2) where the violet color is caused by irradiation or impurities of iron which result in complex crystal lattice substitutions. History: The name...

Approximate beads per strand: 38-40 What is it: Labradorite exhibit iridescent blue, green, red, orange, and yellow colors. Labradorite is so well known for these spectacular displays of color that the phenomenon is known as "labradorescence."...

Approximate beads per strand: 65 What is it: Quartz is a common variety of silicon dioxide that often crystallizes into well-formed hexagonal prisms. It occurs in many colors, including purple amethyst, yellow citrine, and smokey quartz. Colorless,...

Approximate beads per strand: 95 What is it: Amethyst is a purple variety of quartz (SiO2) where the violet color is caused by irradiation or impurities of iron which result in complex crystal lattice substitutions. History: The name...

Sold Individually What is it: Moonstone is a variety of the feldspar family. During formation, minerals separate into alternating layers. When light shines between these thin layers it is scattered producing the phenomenon called adularescence...

Sold Individually What is it: Quartz is a common variety of silicon dioxide that often crystallizes into well-formed hexagonal prisms. It occurs in many colors, including purple amethyst, yellow citrine, and smokey quartz. Colorless, transparent...

Approximate beads per strand: 32 What is it: Quartz is a common variety of silicon dioxide that often crystallizes into well-formed hexagonal prisms. It occurs in many colors, including purple amethyst, yellow citrine, and smokey quartz. Colorless,...

Approximate beads per strand: 29 What is it: Quartz is a common variety of silicon dioxide that often crystallizes into well-formed hexagonal prisms. It occurs in many colors, including purple amethyst, yellow citrine, and smokey quartz. Colorless,...

Approximate beads per strand: 38 What is it: Labradorite exhibit iridescent blue, green, red, orange, and yellow colors. Labradorite is so well known for these spectacular displays of color that the phenomenon is known as "labradorescence."...

Approximate beads per strand: 100 What is it: Herkimer diamonds are not actually diamonds, but double-terminated quartz crystals discovered in and around Herkimer County, New York. They are called "diamonds" because of both their high clarity...

Approximate beads per strand: 95 What is it: Labradorite exhibit iridescent blue, green, red, orange, and yellow colors. Labradorite is so well known for these spectacular displays of color that the phenomenon is known as "labradorescence."...

Approximate beads per strand: 75 What is it: Amethyst is a purple variety of quartz (SiO2) where the violet color is caused by irradiation or impurities of iron which result in complex crystal lattice substitutions. History: The name...

Approximate beads per strand: 75 What is it: Labradorite exhibit iridescent blue, green, red, orange, and yellow colors. Labradorite is so well known for these spectacular displays of color that the phenomenon is known as "labradorescence."...

Approximate beads per strand: 45 What is it: Labradorite exhibit iridescent blue, green, red, orange, and yellow colors. Labradorite is so well known for these spectacular displays of color that the phenomenon is known as "labradorescence."...

Approximate beads per strand: 75 What is it: Amethyst is a purple variety of quartz (SiO2) where the violet color is caused by irradiation or impurities of iron which result in complex crystal lattice substitutions. History: The name...

Approximate beads per strand: 50 What is it: Labradorite exhibit iridescent blue, green, red, orange, and yellow colors. Labradorite is so well known for these spectacular displays of color that the phenomenon is known as "labradorescence."...

Approximate beads per strand: 40 What is it: Amethyst is a purple variety of quartz (SiO2) where the violet color is caused by irradiation or impurities of iron which result in complex crystal lattice substitutions. History: The name...

Approximate beads per strand: 190 What is it: Amethyst is a purple variety of quartz (SiO2) where the violet color is caused by irradiation or impurities of iron which result in complex crystal lattice substitutions. History: The name...

Approximate beads per strand: 190 What is it: Labradorite exhibit iridescent blue, green, red, orange, and yellow colors. Labradorite is so well known for these spectacular displays of color that the phenomenon is known as "labradorescence."...

Approximate beads per strand: 190 What is it: Moonstone is a variety of the feldspar family. During formation, minerals separate into alternating layers. When light shines between these thin layers it is scattered producing the phenomenon called...

Approximate beads per strand: 190 What is it: Labradorite exhibit iridescent blue, green, red, orange, and yellow colors. Labradorite is so well known for these spectacular displays of color that the phenomenon is known as "labradorescence."...

Sold Individually What is it: Amethyst is a variety of quartz (SiO2) where the color is caused by irradiation or impurities of iron which result in complex crystal lattice substitutions. History: The name comes from the Koine...

Sold as a Set Pictured is item's front and back What is it: Lepidolite is a rare lithium-rich mica gemstone that is usually pink, red, or purple in color. Most lepidolite is in this color range, however; can very rarely be colorless or yellow. Its...

Approximate beads per strand: 95 What is it: Amethyst is a purple variety of quartz (SiO2) where the violet color is caused by irradiation or impurities of iron which result in complex crystal lattice substitutions. History: The name...

Approximate beads per strand: 70 What is it: Amethyst is a purple variety of quartz (SiO2) where the violet color is caused by irradiation or impurities of iron which result in complex crystal lattice substitutions. History: The name...

Approximate beads per strand: 38 What is it: Found in Africa and sometimes called banded amethyst, dog teeth amethyst is a combination of amethyst and white quartz, mixed together in a striped, chevron pattern.  History: The name amethyst derives...

Approximate beads per strand: 48 What is it: Found in Africa and sometimes called banded amethyst, dog teeth amethyst is a combination of amethyst and white quartz, mixed together in a striped, chevron pattern.  History: The name amethyst derives...

Approximate beads per strand: 65 What is it: Amethyst is a purple variety of quartz (SiO2) where the violet color is caused by irradiation or impurities of iron which result in complex crystal lattice substitutions. History: The name...

Sold Individually What is it: Quartz is a common variety of silicon dioxide that often crystallizes into well-formed hexagonal prisms. It occurs in many colors, including purple amethyst, yellow citrine, and smokey quartz. Colorless, transparent...

Approximate beads per strand: 38 What is it: Amethyst is a purple variety of quartz (SiO2) where the violet color is caused by irradiation or impurities of iron which result in complex crystal lattice substitutions. History: The name...

Approximate beads per strand: 32 What is it: Labradorite exhibit iridescent blue, green, red, orange, and yellow colors. Labradorite is so well known for these spectacular displays of color that the phenomenon is known as "labradorescence."...

Sold Individually What is it: Quartz is a common variety of silicon dioxide that often crystallizes into well-formed hexagonal prisms. It occurs in many colors, including purple amethyst, yellow citrine, and smokey quartz. Colorless, transparent...

Sold Individually What is it: Quartz is a common variety of silicon dioxide that often crystallizes into well-formed hexagonal prisms. It occurs in many colors, including purple amethyst, yellow citrine, and smokey quartz. Colorless, transparent...

Approximate beads per strand: 65 What is it: Moonstone is a variety of the feldspar family. During formation, minerals separate into alternating layers. When light shines between these thin layers it is scattered producing the phenomenon called...

Approximate beads per strand: 105 What is it: Moonstone is a variety of the feldspar family. During formation, minerals separate into alternating layers. When light shines between these thin layers it is scattered producing the phenomenon called...

Approximate beads per strand: 45 What is it: Amethyst is a purple variety of quartz (SiO2) where the violet color is caused by irradiation or impurities of iron which result in complex crystal lattice substitutions. History: The name...

Approximate beads per strand: 190 This particular strand has a slight, beautiful gradient of ombre from lilac to a stunning rich purple. What is it: Amethyst is a purple variety of quartz (SiO2) where the violet color is caused by irradiation...

Approximate beads per strand: 65 What is it: Moonstone is a variety of the feldspar family. During formation, minerals separate into alternating layers. When light shines between these thin layers it is scattered producing the phenomenon called...

Approximate beads per strand: 45 What is it: Moonstone is a variety of the feldspar family. During formation, minerals separate into alternating layers. When light shines between these thin layers it is scattered producing the phenomenon called...

Approximate beads per strand: 65 What is it: Moonstone is a variety of the feldspar family. During formation, minerals separate into alternating layers. When light shines between these thin layers it is scattered producing the phenomenon called...

Approximate beads per strand: 105 What is it: Tanzanite is a blue and violet gemstone only found in Tanzania, in a very small mining area near the Mirerani Hills. History: This gemstone was given the name "tanzanite" by Tiffany & Co. after Tanzania,...

Approximate beads per strand: 190 What is it: Tanzanite is a blue and violet gemstone only found in Tanzania, in a very small mining area near the Mirerani Hills. History: This gemstone was given the name "tanzanite" by Tiffany & Co. after Tanzania,...

Approximate beads per strand: 75 What is it: Moonstone is a variety of the feldspar family. During formation, minerals separate into alternating layers. When light shines between these thin layers it is scattered producing the phenomenon called...

Approximate beads per strand: 21 What is it: Amethyst is a purple variety of quartz (SiO2) where the violet color is caused by irradiation or impurities of iron which result in complex crystal lattice substitutions. History: The name...

Approximate beads per strand: 38 What is it: Quartz is a common variety of silicon dioxide that often crystallizes into well-formed hexagonal prisms. It occurs in many colors, including purple amethyst, yellow citrine, and smokey quartz. Colorless,...

Approximate beads per strand: 65 What is it: Labradorite exhibit iridescent blue, green, red, orange, and yellow colors. Labradorite is so well known for these spectacular displays of color that the phenomenon is known as "labradorescence."...

Approximate beads per strand: 95 What is it: Labradorite exhibit iridescent blue, green, red, orange, and yellow colors. Labradorite is so well known for these spectacular displays of color that the phenomenon is known as "labradorescence."...

Approximate beads per strand: 45 What is it: Amethyst is a purple variety of quartz (SiO2) where the violet color is caused by irradiation or impurities of iron which result in complex crystal lattice substitutions. History: The name...

Approximate beads per strand: 22 What is it: Amethyst is a purple variety of quartz (SiO2) where the violet color is caused by irradiation or impurities of iron which result in complex crystal lattice substitutions. History: The name...

Approximate beads per strand: 38 What is it: Amethyst is a purple variety of quartz (SiO2) where the violet color is caused by irradiation or impurities of iron which result in complex crystal lattice substitutions. History: The name...

Approximate beads per strand: 65 What is it: Amethyst is a purple variety of quartz (SiO2) where the violet color is caused by irradiation or impurities of iron which result in complex crystal lattice substitutions. History: The name...