mineral
Chrysocolla in Quartz
Hydrated copper phyllosilicate with silicon dioxide (SiO2 + Cu2-xAlx(H2O)n(OH)4Si2O5)
AI-generated identification · may be incorrectHardness of 7 for the quartz matrix and 2-4 for chrysocolla inclusions, vibrant blue-green to teal color, vitreous to waxy luster, amorphous to cryptocrystalline structure.
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Physical properties
Hardness of 7 for the quartz matrix and 2-4 for chrysocolla inclusions, vibrant blue-green to teal color, vitreous to waxy luster, amorphous to cryptocrystalline structure.
Formation & geological history
Formed in the oxidized zones of copper ore bodies through secondary hydrothermal alteration and weathering processes.
Uses & applications
Used primarily in lapidary work, cabochons, and ornamental jewelry settings.
Geological facts
The vibrant blue-green coloration is caused by the presence of copper within the hydrated silicate structure.
Field identification & locations
Easily identified by its distinctive bright cyan and green patches embedded within a translucent white or clear quartz matrix.
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