Khéops® by Puca® N. 103 - Yellow Pearl

The centuries-old tradition of Northern Bohemian glassmaking finds a modern masterpiece in the collaborative genius of French designer Annick Puca. Every Khéops® par Puca® bead represents a bridge between high-fashion Parisian aesthetics and the unparalleled technical skill found in the heart of Europe. These triangular glass beads are meticulously crafted to provide jewelry makers with a versatile geometric component that elevates any project into a professional work of art, rooted in a rich heritage of artisanal excellence.

Softly glowing with a Yellow Pearl finish, these 6x6mm two-hole beads are engineered with mathematical precision to fit perfectly within the expansive Les Perles par Puca® system. They integrate seamlessly with other designer shapes like Amos® par Puca® or Arcos® par Puca®, allowing for intricate 3D textures and complex mosaics. The subtle pearlescent sheen catches the light delicately, making them ideal for elegant bridal wear or sophisticated evening jewelry.

For a striking contrast, pair with dark sapphire or deep navy tones to make the sunny warmth of the yellow pop against a moody background. Combining these Czech glass beads with harmonious orange hyacinth creates a natural, sunset-inspired palette, while metallic accents like gold or bronze enhance the luxurious luster finish. Because they are part of a unified design family, finding the right proportions for your patterns becomes an effortless part of the creative process.

For best results when designing structural ornaments or rigid necklaces, use jewelry wire to ensure your geometric shapes maintain their crisp angles and form. While the 0.8 mm hole size accommodates standard beading threads like S-lon FIRE, wire-wrapping techniques offer a unique way to showcase the sharp triangular profile in modern minimalist designs. Whether you are following professional tutorials or experimenting with your own freeform designs, these beads offer endless structural possibilities for the discerning artist.