Cobaltoan Calcite, Aghbar Mine, Bou Azzer, Morocco

Cobaltoan Calcite, Aghbar Mine, Bou Azzer, Morocco

Cobaltoan Calcite is a rare and beautiful mineral that is highly sought after by collectors and enthusiasts. One of the most famous sources of this exquisite mineral is the Aghbar Mine, located in Bou Azzer, Morocco.

What makes Cobaltoan Calcite so special?

Cobaltoan Calcite is a variety of Calcite that contains traces of cobalt, giving it a vibrant pink to purple color. This unique coloring is what sets it apart from other forms of Calcite. The Aghbar Mine in Bou Azzer is known for producing some of the finest specimens of Cobaltoan Calcite in the world.

Where can you find Cobaltoan Calcite?

The Aghbar Mine in Bou Azzer, Morocco, is one of the few places in the world where you can find high-quality Cobaltoan Calcite specimens. The mine is located in the Anti-Atlas Mountains of Morocco and has been a prolific source of Cobaltoan Calcite for many years.

Why is Cobaltoan Calcite so prized by collectors?

Collectors value Cobaltoan Calcite for its stunning color, rarity, and unique crystal formations. The pink to purple hues of Cobaltoan Calcite are truly mesmerizing and make it a standout piece in any collection. The Aghbar Mine specimens are particularly prized for their exceptional quality and beauty.

How is Cobaltoan Calcite formed?

Cobaltoan Calcite is formed through a process of hydrothermal alteration, where cobalt-rich fluids interact with limestone deposits. The presence of cobalt in the mineral structure is what gives Cobaltoan Calcite its distinctive color. The Aghbar Mine in Bou Azzer has the perfect geological conditions for the formation of these exquisite crystals.

Overall, Cobaltoan Calcite from the Aghbar Mine in Bou Azzer, Morocco, is a true natural wonder that continues to captivate collectors and enthusiasts around the world. Its stunning color, rarity, and unique formations make it a prized addition to any mineral collection.

Back to blog

Leave a comment

Please note, comments need to be approved before they are published.