Matubo Miniduo N. 80 - Jet Ab

Jet AB Matubo™ MiniDuo beads feature a compact 2x4mm elongated diamond shape, engineered specifically for high-precision beadweaving. These small-scale components offer tight tolerances and consistent hole spacing, making them essential for creating intricate 3D structures or delicate textures. The dual 0.8 mm parallel holes are designed to accommodate multiple thread passes through the bead when using professional beading needles size 10-12. For a striking contrast, pair with gold or silver accents to highlight the metallic sheen of the finish.

Czech glass craftsmanship ensures that each bead maintains a uniform profile, allowing for seamless integration into complex patterns. The base material is high-quality black glass treated with an Aurora Borealis coating, which reflects a spectrum of blues, greens, and purples. To achieve a professional finish in rounded or circular designs, we recommend using Preciosa seed beads in sizes 10/0 or 11/0 as structural fillers between the MiniDuo points.

Miniature proportions allow these beads to function as versatile building blocks alongside their larger counterparts in the Matubo™ range. Their sleek profile is particularly effective when integrated into layered geometric patterns where Matubo GemDuo beads serve as the central architectural focal point. Because they are smaller than the standard SuperDuo, they offer greater flexibility in curved beadwork, fitting into tighter spaces without adding unnecessary bulk to the final jewelry piece.

Successful execution of complex woven patterns requires a reliable tension provided by high-performance materials. We suggest using S-lon FIRE for high-durability projects that require maximum break strength, or classic S-lon for general beadweaving techniques. Each 5 g package contains approximately 100 beads, though the weight remains the decisive factor for quantity. These beads enable advanced techniques such as circular peyote, herringbone, or right-angle weave, where the hole-to-hole consistency ensures a perfectly aligned structural result.