Amos® par Puca® N. 290 - Opaque Coral Red Bronze

Vibrant Mediterranean-inspired palettes and rich, earthy textures are currently dominating the bead weaving scene, making these teardrop-shaped elements a must-have for your next project. Combining the delicate elegance of French design with the world-renowned quality of Czech glassmaking tradition, Amos® par Puca® beads offer a unique petal-like silhouette that fits seamlessly into intricate floral patterns or geometric mosaics. The innovative two-hole system allows for complex structural designs, ensuring that your jewelry pieces maintain their shape while showcasing a sophisticated, professional finish.

• Durable Czech pressed glass construction with a consistent 0.8 mm hole diameter.
• Innovative two-hole alignment designed specifically for interconnected 3D beadwork.
• Richly mottled finish blending vibrant coral tones with metallic bronze accents.
• Seamlessly compatible with other shapes like Arcos® par Puca®, Delos®, and Minos®.

Vibrant coral red tones paired with a shimmering bronze splash create a finish that beautifully complements warm ivory or cream accents for a classic look, or pairs with turquoise for a bold, Southwestern-inspired contrast. These designer beads by Annick Puca are manufactured to work as a complete system, allowing hobbyists and professional artisans to follow a wide range of available tutorials and jewelry patterns with ease. These Les Perles par Puca® components provide the perfect foundation for high-end boutique designs that require precision and artistic flair.

Creating elaborate pendants or textured bracelets becomes effortless when utilizing the ergonomic teardrop shape of these Amos® par Puca® glass components. For best results and maximum durability in your bead weaving, we recommend using S-lon FIRE or our specialized nylon N-series threads, which provide the necessary strength for multiple thread passes through the bead. When working with detailed patterns, pair your thread with beading needles size 10-12 to ensure smooth passage through the 0.8 mm holes, even during complex structural turns.