Crown Chakra

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: 56 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: 76 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: 46 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: 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: 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: 144 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: 130 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: 120 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...

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...

Approximate beads per strand: 160 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...

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...

Approximate beads per strand: 115 Moonstone 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...

Approximate beads per strand: 230 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: 170 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: 115 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: 95 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...