Paros® par Puca® N. 26 - Argentees/Silver

The silver metallic finish on these Paros® par Puca® beads offers a high-reflectivity surface that provides a modern, architectural aesthetic to advanced beadwork. Measuring exactly 7 x 4 mm, each bead features two parallel 0.7 mm holes with consistent spacing, ensuring precise alignment in structural weaving. These geometric components are engineered to sit flush against other shapes in the collection, providing a stable foundation for complex 3D jewelry designs.

High-quality Czech glass manufacturing ensures that the metallic coating remains durable and resists abrasion during the assembly of intricate necklaces or bracelets. This specific silver shade acts as a versatile neutral, bridging the gap between matte finishes and high-luster components. The French design heritage of Les Perles par Puca® is evident in the bead's unique hexagonal silhouette, which allows for seamless interlocking.

Professional designers often utilize the dual-hole configuration to create intricate patterns that pair beautifully with Amos® par Puca® or the curved profiles of Arcos® par Puca®. Because the holes are drilled with tight tolerances, beaders can achieve a high level of symmetry without the distortion common in lower-grade glass components. This interconnectivity is a hallmark of the system developed by Annick Puca, encouraging creative exploration across different bead geometries.

Beautifully complements contrasting tones like siam red or harmonious shades like hematite to emphasize the sharp geometric edges of the silver finish. This color combination highlights the professional-grade metallic coating, making it ideal for evening wear or statement pieces that require a sophisticated, industrial touch.

Implementing these beads in master-level projects like the "Puca" series patterns requires a reliable thread that can withstand the weight of multiple glass layers. We recommend using S-lon FIRE or our nylon beading threads N1–N5 to ensure the integrity of the weave. These threads glide smoothly through the holes and allow for the multiple thread passes through the bead necessary for secure structural integrity in bezeling and dimensional work.