Volos® par Puca® N. 16 - 03000/15726 (Opaque Mix Amethyst/Gold Ceramic Look)

Amethyst purple glass is masterfully shaped into this unique 4 x 8 mm three-hole geometric component, offering unparalleled precision for technical beadwork. These multi-hole glass beads are manufactured with strict tolerances to ensure that the three parallel holes are perfectly aligned, allowing for smooth multiple thread passes through the bead without risk of breakage. The opaque mix amethyst base is enhanced with a sophisticated gold ceramic look finish that provides a matte, tactile surface ideal for high-end artisan jewelry designs.

French design heritage meets centuries of Czech glassmaking tradition in the creation of Les Perles par Puca®, a collection conceptualized by artist Annick Puca. Each Volos® par Puca® bead is pressed from premium Czech glass, ensuring color consistency and structural integrity across different production batches. The unique architectural profile features a raised central dome that adds dimensional depth to flat weaves and structural 3D beadwork, making them a staple for professional designers seeking innovative jewelry making supplies.

Multi-hole architectural shapes are engineered to fit seamlessly within the Les Perles par Puca® ecosystem, allowing for complex geometric interlocking. These components pair beautifully with Amos® par Puca® and Arcos® par Puca® to create fluid, lace-like patterns. For a striking contrast, pair with gold seed beads or allow the violet tones to harmoniously complement dark sapphire accents.

Advanced beadweaving techniques like intricate circular mandalas and heavy-duty structural jewelry benefit from the stable 3-hole alignment of the Volos® shape. To achieve the best results in complex patterns, we recommend using high-performance S-lon FIRE polyethylene thread or nylon beading threads N1–N5, which provide the necessary strength for tight tension while remaining thin enough for beading needles size 10-12. This combination ensures your creations maintain their shape and durability over time.