Labradorite natural stone beads faceted rectangle, diameter 18x13 mm ± on a string, length 40 cm+

Elegant labradorite for expressive designer jewelry

Labradorite beads in the shape of a faceted rectangle are a material that immediately sets the tone for the future piece. The elongated shape 18x13 mm looks noticeable and noble, while the facets emphasize the stone’s natural beauty, helping it reveal itself from different light angles. A string length of 40 cm+ is convenient for creating jewelry with a striking composition, where each bead becomes a full-fledged accent.

Labradorite is valued for its deep gray tone, intricate texture, and distinctive light iridescence that gives jewelry a special atmosphere. In this format, the stone looks modern yet refined: the rectangular shape adds geometric clarity, while the natural surface pattern softens it, making the overall look lively and multi-faceted. Thanks to this, the beads harmoniously pair both with concise metal findings and with more decorative elements.

This material is especially suitable for jewelry designers who are looking for expressive details for necklaces, chokers, earrings, bracelets, or central elements in multi-row compositions. Large faceted rectangles read well in jewelry, allowing you to create rhythm and volume, and they also work as a self-sufficient base without needing a large amount of additional decoration. They fit minimalistic, evening, ethnic, and modern urban looks.

• Distinctive rectangular shape for statement jewelry;
• Faceting that enhances the play of light on the stone’s surface;
• Convenient string format for creative projects and designer sets;
• Pairs well with metal findings in various shades;
• Suitable for creating jewelry with character and depth.

Labradorite beads are a choice for those who value the natural expressiveness of the material and want to create jewelry with a mood. They add noble restraint to the pieces, a sense of texture, and a special visual rhythm—so every item looks thoughtfully designed and individual.