Khéops® by Puca® N. 17 - California Pink

The rich tradition of North Bohemian glassmaking meets modern French artistry in every single Khéops® par Puca® bead. These unique components carry the legacy of centuries-old Czech glass techniques while offering the contemporary geometric precision required for high-end bead weaving. Designed by the renowned French artist Annick Puca, these triangular shapes have become a staple for designers who demand both quality and versatility in their jewelry making components.

California Pink brings a sophisticated, multi-faceted metallic shine to your jewelry projects, shifting beautifully between soft rose and warm copper. This specific finish makes these two-hole beads a luxurious choice for artists looking to add a metallic glow to their handmade collections. The lustrous surface reflects light brilliantly, ensuring that any finished piece of jewelry catches the eye from every angle.

• Dual-hole design allows for intricate interlocking patterns.
• Perfectly symmetrical 6mm triangular shape for geometric precision.
• High-quality metallic coating that resists wear during daily use.
• Lightweight glass construction ideal for large statement earrings.

Are you planning a complex mosaic design or a delicate bracelet? The genius of the Puca system is that these beads are engineered to fit together like a puzzle with other shapes from the collection, such as Amos® par Puca® or Arcos® par Puca®. This interoperability allows designers to create seamless, fabric-like textures that are simply impossible to achieve with standard single-hole beads.

Beautifully complements warm gold accents for a classic look, or try pairing them with deep teal for a striking modern contrast. Whether you are following one of the many available patterns or experimenting with your own creative techniques, these 6mm glass beads provide the foundation for professional-quality results that celebrate both French flair and Czech craftsmanship. With a 5 g pack, you have the perfect amount to start your next masterwork.