Green Turquoise Magnesite Graduated Rondelle Necklace Beads
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| Part Number BD1846-STRAND |
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| Regular Price : $40.00 |
| Your Savings: 65% - $26.00 |
Your Price :
$40.00
ON SALE:
$14.00
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| Availability : |
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In Stock and Ready to Ship |
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| Product Description : |
CLEARANCE Green Turquoise Magnesite Gemstone Beads by the Strand for your Necklace Jewelry Designs. These Gemstone Rondelle Beads are graduated in size and measure on average from 10mm in diameter to 20mm in diameter and are 4mm to 8mm thick. You'll receive an industry strand.
Magnesite Beads
Size : Graduated - see above measurements
Hole : ~0.9mm
Full Strand approximate Count : 69 beads
Gemstone : Magnesite
Treatment : Dyed
Shape : Rondelle | Wafer | Abacus
Sold by : Strand - 3 min.
Some More Info About the Gemstone : Magnesite Beads - Often referred to as Simulated Turquoise -- These Beads are PERFECT EXAMPLES of How Magnesite Can look nearly EXACTLY like Turquoise! -- Magnesite Beads are commonly stabilized and color shot except for the White (which is sometimes called Buffalo White Turquoise or simply White Turquoise). Magnesite is a mineral (magnesium carbonate). The stone is usually white to gray with streaks of matrix, but may range from colorless to gray to tan. The stone's opacity ranges from transparent to opaque. It belongs to the calcite group since it has the same crystal structure. Magnesite is often a good candidate for enhancement due to its porosity. Magnesite is sometimes known as lime turquoise, white turquoise, or marshmallow turquoise. Magnesite is used by crystal healers to assist in lessening PMS symptoms and strengthening bones. Some say it brings peace during meditation, stimulates passion, and assists in creative visualization.
Please Note : These are natural gemstone beads, therefore all sizes and numbers per strand given are approximations. Some beads may be larger or smaller than listed; some strands may have more or less beads than stated. All photos taken are from actual Limited Inventory. Colors may vary slightly due to photography and representation on computer monitors and digital devices. |
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