Preciosa Ornela Seed Bead Charlotte True Cut Mint Green 13/0

Name: 13SB182-C: CZ Seed Bead Charlotte True Cut LT Green 13/0 18HK
Brand: Preciosa Ornela
SKU: 13SB182-C
Price: 50.09 USD
Availability: InStock

$50⁰⁹ ~~$83⁴⁹~~

SKU: 13SB182-C

Preciosa Ornela's 13/0 Charlotte True Cut seed beads in Light Green arrive in an 18-hank quantity, giving serious bead workers a substantial supply of one of the most light-catching small beads in the craft — the single-facet cut that defines a true Charlotte.

The opaque finish delivers a solid, non-translucent light green that reads clearly and consistently across a finished piece, making it a reliable choice for graphic pattern work.

Specifications

Size: 13/0
Color: Charlotte Light Green (opaque)
Finish: Opaque
Material: Glass, made in Bohemia, Czechia
Quantity: 18 Hanks

What to make with them

At 1.6–1.8 mm, these 13/0 Charlottes are well suited for fine peyote or brick stitch work where the single cut facet adds subtle sparkle without overwhelming a design, and the bulk 18-hank format makes them a practical choice for loom-woven pieces, embroidered botanicals, or any project where running out mid-work is not an option.

Pickup available at 8535 Commerce Place Drive NE Ste A

Usually ready in 2-4 days

Showroom Location

Showroom Aisle 22 Section E located in acrylic bin

Description

Preciosa Ornela Traditional Czech glass seed beads (rocailles) in size 13/0. Each bead measures approximately 1.7 mm across with a 0.50 mm (approx.) hole. These round seed beads are made using Preciosa's tube-cutting and hot-polishing process, which gives them a gently rounded shape and consistent hole size that works beautifully for loom work, off-loom bead weaving, bead embroidery, and general stringing projects. Use them anywhere you need classic Czech rocailles—from intricate peyote and brick stitch to fringe, edging, and multi-strand designs. Not a toy. Not intended for children under 15 years. Seed beads should be kept away from small children due to the risk of swallowing or inhalation.