Item Number
515
Type
image
Description
Azurite & Malachite
Size
2.5
Status
in inventory
Display/Storage
Display
Building
Zuhl Museum
Date Acquired
1999
Source
Burkhard, Germany
Gallery/Room\Floor
Wow Gallery
Notes
Azurite is a rare copper carbonate hydroxide mineral known for its deep “azure†blue color. Azurite is a secondary mineral that forms when carbon dioxide laden waters descend into the Earth and reacts with subsurface copper ores. Malachite, a copper carbonate hydroxide mineral, typically forms in conjunction with azurite under similar conditions. These minerals are often found in the same deposit and intergrown with one another. This produces a material known as azurmalachite, which can be used to make beautiful lapidary material.
Preview
Description
Azurite is a rare copper carbonate hydroxide mineral known for its deep “azure†blue color. Azurite is a secondary mineral that forms when carbon dioxide laden waters descend into the Earth and reacts with subsurface copper ores. Malachite, a copper carbonate hydroxide mineral, typically forms in conjunction with azurite under similar conditions. These minerals are often found in the same deposit and intergrown with one another. This produces a material known as azurmalachite, which can be used to make beautiful lapidary material. 6x4
Keywords
Azurite & Malachite Azurite is a rare copper carbonate hydroxide mineral known for its deep “azure†blue color. Azurite is a secondary mineral that forms when carbon dioxide laden waters descend into the Earth and reacts with subsurface copper ores. Malachite, a copper carbonate hydroxide mineral, typically forms in conjunction with azurite under similar conditions. These minerals are often found in the same deposit and intergrown with one another. This produces a material known as azurmalachite, which can be used to make beautiful lapidary material. 1999 Mineral
Keywords
Azurite & Malachite Azurite is a rare copper carbonate hydroxide mineral known for its deep “azure†blue color. Azurite is a secondary mineral that forms when carbon dioxide laden waters descend into the Earth and reacts with subsurface copper ores. Malachite, a copper carbonate hydroxide mineral, typically forms in conjunction with azurite under similar conditions. These minerals are often found in the same deposit and intergrown with one another. This produces a material known as azurmalachite, which can be used to make beautiful lapidary material. 1999 Mineral