9 Pink Harmony Dichroic Swirl Lampwork Beads Set SRA

Soft, elegant, and beautifully handcrafted, the Pink Harmony Swirls lampwork bead set captures the graceful movement of flowing ribbons of pink, blush, and lavender glass accented with delicate flashes of dichroic sparkle.

Each bead is individually handcrafted in my studio using layers of soft pink glass with rich fuchsia swirls that create depth and movement throughout the design. Tiny accents of dichroic glass catch the light from different angles, adding a subtle shimmer that enhances the beads without overpowering their delicate color palette.

This nine-piece focal set includes eight beads measuring approximately 8 x 11 mm and a coordinating center bead measuring approximately 10 x 14 mm, making it ideal for bracelets, necklaces, earrings, and other one-of-a-kind jewelry designs. Every bead is carefully shaped by hand and kiln annealed for strength and durability.

The soft watercolor-inspired colors blend harmoniously together, creating a romantic palette that pairs beautifully with sterling silver, gold-filled, or warm gold findings. Whether you're designing elegant everyday jewelry or a special statement piece, Pink Harmony Swirls offers a timeless combination of artisan craftsmanship and luminous color.

Because each bead is individually handcrafted, slight variations in shape, color, and pattern are part of their unique handmade character, ensuring your finished jewelry will be truly one of a kind.

Features:

• Handmade lampwork glass bead set by Stephanie White
• Nine-piece coordinating set
• Eight beads approximately 8 x 11 mm
• One center bead approximately 10 x 14 mm
• Soft pink, blush, lavender, and fuchsia swirls
• Subtle dichroic glass accents for gentle sparkle
• Kiln annealed for strength and durability
• Fits standard jewelry-making supplies
• Individually handcrafted in the USA

We stand by the quality of our beads; if there are any problems, please contact us directly. Handmade lampwork beads by Stephanie White of SWCreations. These pictures were taken in natural indirect light.