Selenite beads, faceted round bead, diameter 3mm ±, length 39cm ±

Delicate sparkle for refined jewellery

Selenite beads in the shape of a faceted round bead are a material that captivates with its gentle play of light and a special visual tenderness. A small diameter of about 3 mm makes the strand incredibly versatile for creating neat, lightweight and finely detailed pieces. Thanks to the faceting, each bead interacts beautifully with light, adding a subtly captured shine to the finished jewellery without being overly bright. This format is especially valued by artisans who enjoy working with delicate textures, miniature elements and exquisite combinations of shades.

A strand length of about 39 cm is suitable for making bracelets, necklaces, earrings, chokers, multi-row compositions, as well as delicate inserts for complex bespoke designs. The light, semi-transparent character of selenite harmoniously pairs with metal findings in various tones, pearls, glass accents and other types of beads. Such elements look just as appropriate in romantic, airy jewellery as they do in modern minimalist works, where clean lines, lightness and tasteful restraint are essential.

The small size of the beads opens up wide creative possibilities. They can be used as the main material in refined jewellery or as a delicate accent for more complex compositions. The faceted surface gives the pieces a more lively and complete look, helping create textural transitions and subtle highlights. This is a great choice for artisans who aim for neatness, aesthetics and thoughtfully designed pieces.

• Convenient format for miniature and lightweight jewellery
• Faceting adds a distinctive yet delicate shine
• Versatile—pairs well with different materials and styles
• Suitable for bracelets, earrings, necklaces and bespoke sets

A selenite bead strand is all about refined taste, attention to detail and a special handmade feel. It will be an excellent foundation for jewellery where you want to convey light, lightness and the delicate natural beauty of the material.