Khéops® by Puca® N. 113 - Metallic Mat Purple

Achieving structural stability in geometric beadwork often requires high-precision shapes that won't shift during tension. These triangular glass beads feature a unique two-hole design that allows for complex 3D constructions and intricate lace-like patterns. The METALLIC MAT PURPLE finish provides a sophisticated, velvety sheen that catches light without being overly reflective, making them ideal for modern jewelry designs.

French artist Annick Puca designed these beads to function as part of a modular system, ensuring they align perfectly with other shapes in the collection. You can easily integrate them with Amos® par Puca® to create floral motifs or architectural bracelets. This system removes the guesswork from jewelry design, allowing you to focus on the creative process rather than technical alignment.

Two parallel holes mean that your thread paths remain clean and hidden, which is essential for professional-grade results. Whether you are using them as a base for Arcos® par Puca® or as a structural spacer, these 6 x 6 mm elements provide the necessary framework for durable bead weaving. The Czech glassmaking tradition ensures that every piece is consistent in size and color, avoiding the frustrations of irregular shapes.

Amethyst tones like this metallic purple offer a royal touch to any palette, working harmoniously with hot pink accents for a monochromatic look. For a striking contrast, pair with peridot green beads to create a vibrant, nature-inspired aesthetic. These beads also serve as an excellent focal point when surrounded by neutral Preciosa size 11/0 seed beads in a classic crystal clear finish.

Jewelry designers worldwide rely on the versatility of Les Perles par Puca® for creating earrings, pendants, and elaborate collars. Because they are made from Czech pressed glass, they withstand the rigor of tight weaving techniques while maintaining their luxurious finish. Explore various online patterns and tutorials to find inspiration for your next project using these innovative triangular components.