Turquoise Howlite Red Purple Faceted Glass Stretch Bracelet Set Boho 2pc

Description

View Turquoise Howlite Red Purple Faceted Glass Stretch Bracelet Set Boho 2pc with current marketplace pricing, condition, product images and item details. Handcrafted stretch bracelet set features vibrant turquoise-colored howlite oval beads paired with faceted glass accents. One bracelet highlights brilliant orange rondelle beads, while the other showcases deep iridescent purple-brown faceted beads, both separated by silver-tone spacer beads. Handcrafted stretch bracelet set features vibrant turquoise-colored howlite oval beads paired with faceted glass accents. One bracelet highlights brilliant orange rondelle beads, while the other showcases deep iridescent purple-brown faceted beads, both separated by silver-tone spacer beads. The elastic cord construction ensures a comfortable, flexible fit for most wrist sizes. These bohemian-inspired pieces offer a bold pop of color and natural texture, perfect for stacking or wearing individually to complement a southwestern or eclectic style. Type: Stretch Bracelet Set Material: Howlite, Glass, Metal Color: Turquoise, Orange, Purple, Silver Bead Shape: Oval, Faceted Rondelle Style: Bohemian, Southwestern Construction: Elastic Stretch Cord Accent: Silver-tone Spacers Texture: Natural Stone Veining Set Count: 2 Bracelets Theme: Eclectic, Earthy Keywords: Boho, Stackable, Southwestern, Howlite, Turquoise Color, Statement Jewelry, Beaded, Handmade, Hippie, Gypsy, Festival, Vibrant, Earthy, Layering Condition: Pre-owned. Category: Jewelry & Watches › Fashion Jewelry › Bracelets & Charms. Brand: Unbranded.

Brand

Unbranded

Style

Beaded

Color

Multicolor

Main Stone

Jasper

Vintage

No

Charm Type

Bead

Closure

None

Type

Bracelet

Number of Gemstones

29

Wholesale

No

Main Stone Shape

Oval

Features

Stackable

Seller Warranty

No

Handmade

Yes

Theme

Bohemian

Metal

Unknown

Secondary Stone

Glass

Shape

Oval

Material

Stone, Glass

Main Stone Color

Turquoise

Main Stone Creation

Simulated