Add elegance and sophistication to your jewelry creations with these stunning natural smoky quartz faceted briolette beads. Carefully crafted from genuine smoky quartz gemstones, these beads display beautiful transparent brown and deep smoky shades with brilliant faceted cuts that reflect light beautifully.
These premium gemstone strands are ideal for professional jewelry designers, Etsy sellers, crafters, and DIY jewelry lovers looking to create luxurious handmade pieces. The smooth polished finish and precision faceting provide excellent sparkle and a high-end appearance.
Perfect for creating necklaces, bracelets, earrings, pendants, chandelier jewelry, rosaries, malas, and other creative craft projects.
Each strand is unique due to the natural gemstone variations, making your handmade jewelry truly special and one of a kind.
Product Features
- 100% Natural Smoky Quartz Gemstone
- Faceted Briolette Shape
- Rich Smoky Brown Transparent Color
- Excellent Sparkle & Shine
- Premium Quality Jewelry Making Beads
- Smooth Drilling for Easy Stringing
- Luxury Gemstone Appearance
- Hand-Strung Bead Strand
- Perfect for DIY Jewelry Projects
- Unique Natural Stone Patterns
Product Specifications
| Specification |
Details |
| Stone Type |
Natural Smoky Quartz |
| Bead Shape |
Faceted Briolette |
| Color |
Smoky Brown |
| Transparency |
Transparent to Semi-Transparent |
| Finish |
Polished & Faceted |
| Strand Type |
Full Strand |
| Usage |
Jewelry Making & Craft Supplies |
(18 Inch Per Strand )
Perfect For
- Necklace Making
- Bracelet Making
- Earrings
- Pendant Jewelry
- Wire Wrapping
- Chandelier Jewelry
- Luxury Handmade Jewelry
- DIY Craft Projects
- Designer Jewelry Collections
Care Instructions
- Keep away from harsh chemicals and perfumes
- Store separately to prevent scratches
- Clean gently using a soft dry cloth
- Avoid excessive moisture exposure
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Important Information
These are natural gemstones, so slight variations in color, transparency, inclusions, size, and shape are normal and add to the natural beauty and uniqueness of each strand.
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