metamorphic
Dyed Fuchsia Tiger’s Eye
Pseudomorph of Quartz after Crocidolite (SiO2)
Hardness: 7 on Mohs scale; Color: Fuchsia/Pink (dyed) with distinctive golden-brown bands; Luster: Silky; Structure: Fibrous; Chatoyancy: High; Specific Gravity: 2.64–2.71
- Hardness
- 7 on Mohs scale
- Color
- Fuchsia/Pink (dyed) with distinctive golden-brown bands
- Luster
- Silky
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Physical properties
Hardness: 7 on Mohs scale; Color: Fuchsia/Pink (dyed) with distinctive golden-brown bands; Luster: Silky; Structure: Fibrous; Chatoyancy: High; Specific Gravity: 2.64–2.71
Formation & geological history
Formed through a pseudomorphic process where quartz replaces the asbestos mineral crocidolite, retaining its fibrous structure. These specific beads have been dyed to achieve the vibrant fuchsia color.
Uses & applications
Primarily used in jewelry for beads, pendants, and decorative carvings due to its chatoyancy (cat’s eye effect).
Geological facts
The natural version of Tiger’s Eye is golden-yellow to brown. Pink or fuchsia variations do not occur naturally and are always the result of chemical dyeing. Even when dyed, it retains its protective 'evil eye' folklore status in many cultures.
Field identification & locations
Identify by looking for the 'rolling' light effect (chatoyancy) as the bead is rotated. While natural tiger's eye is found in South Africa and Australia, these processed beads are common in global gemstone markets.
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