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Gorgeous Labradorite beads are hand strung to form this pretty single strand bracelet. The beads are small measuring about 5 mm x 3mm. The faceted roundel Labradorite beads reflect light and draw the eye. This is a beautifully sparkly gemstone bracelet. You could wear this alone or stack with other bracelets for a layering effect.
I have hand strung these beads using a premium beading wire that has beautiful drape and it fastens with a sterling silver lobster clasp. There is a length of sterling silver chain at the end with a little bead charm that makes this bracelet adjustable in length from 7" to 8". Length is measured from end to end including the clasp.
The bracelet will arrive in a kraft jewelry box ready for gifting!
About the Labradorite beads used in this bracelet:
The beads are light brown/gray and the amount of labradorescence varies from bead to bead.
Labradorite displays a unique reflection of light that is known as 'labradorescence.' This effect is due to geometric planes within the mineral structure at a submicroscopic level that are almost always oriented in one direction, but in such a way that they cannot be expressed by simple indices. Because of this, light reflecting from these planes produces an optical effect uniquely characteristic of this stone.
I have hand strung these beads using a premium beading wire that has beautiful drape and it fastens with a sterling silver lobster clasp. There is a length of sterling silver chain at the end with a little bead charm that makes this bracelet adjustable in length from 7" to 8". Length is measured from end to end including the clasp.
The bracelet will arrive in a kraft jewelry box ready for gifting!
About the Labradorite beads used in this bracelet:
The beads are light brown/gray and the amount of labradorescence varies from bead to bead.
Labradorite displays a unique reflection of light that is known as 'labradorescence.' This effect is due to geometric planes within the mineral structure at a submicroscopic level that are almost always oriented in one direction, but in such a way that they cannot be expressed by simple indices. Because of this, light reflecting from these planes produces an optical effect uniquely characteristic of this stone.