Matubo Superduo Duets N. 3 - Blk/Wht Grey Lstr

Struggling to achieve a reversible or dimensional effect in your beadweaving projects? These Matubo™ SuperDuo Duets offer a unique solution with their split-color design, featuring one side in a sleek, glossy black and the other in a lustrous white grey. This dual-tone nature allows you to flip the beads during a peyote or brick stitch pattern to create intricate, monochrome textures without needing multiple bead types.

Designing sophisticated 3D structures becomes effortless when you incorporate these 2-hole beads into your repertoire. They are the industry standard for creating a secure cabochons bezel, wrapping around rivolis with precision thanks to their diamond-like profile. The uniform shape ensures your stitch-work remains flat and professional, whether you are crafting a wide cuff or delicate earrings.

This versatile grey and black palette beautifully complements deep jewel tones like siam red for a bold contrast, or pairs harmoniously with hematite finishes for a sophisticated, industrial look. The Duets finish provides a constant visual shift as the light catches the different lusters, making even the simplest patterns look complex and high-end while maintaining a professional Czech glass finish.

For best results when working with these precision-molded beads, we recommend using S-lon FIRE thread with beading needles size 10-11. Because Matubo™ SuperDuo Duets are made from high-quality glass, they can have slightly sharper edges than round beads; the extra-strong S-lon FIRE resists abrasion perfectly during multiple thread passes through the bead.

Adding sparkle to your monochrome compositions is easy by tucking in some Preciosa Bicone beads between the two holes for extra light refraction. A 10 g package contains approximately 120 beads, providing enough material for several small projects or a significant portion of a statement necklace. These Matubo™ SuperDuo beads are a staple for any serious artist looking to combine structural integrity with modern color-blocking.