Azurite and Malachite Specimen, China
This raw Azurite and Malachite specimen from China is a must-have for collectors and enthusiasts. Its vibrant hues and striking patterns make it a standout addition to any collection, showcasing the natural beauty of these minerals.
Specimen details
| Mineral | Azurite |
|---|---|
| Locality | China |
| Crystal system | Monoclinic |
| Dimensions | 8.2 cm × 4.8 cm × 4.8 cm |
| Weight | 235 g |
| Color | Multicolor |
| Size | Small Cabinet (2–4 inches / 5–10 cm) |
| Species | Azurite, Malachite |
| Condition | No damage on display faces |
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About this specimen
Discover the stunning Azurite Malachite, a raw crystal that captivates with its natural beauty. Sourced from the richly mineralized deposits of China’s renowned Yangshuo region, this unique mineral specimen combines the deep azure blue of azurite with the vibrant green of malachite, creating striking patterns that showcase the interplay between these two copper carbonate minerals.
Azurite crystallizes in the monoclinic system and typically exhibits a vitreous to dull luster, while malachite, also monoclinic, is known for its silky to vitreous sheen. Azurite’s chemical formula is Cu3(CO3)2(OH)2, and malachite’s is Cu2(CO3)(OH)2. Both minerals have a Mohs hardness of approximately 3.5 to 4, making them relatively soft and requiring careful handling to avoid damage.
This specimen features rich, opaque blue azurite crystals intermingled with botryoidal, banded malachite formations. The contrasting colors and textures make it a visually engaging piece with excellent display potential. Its provenance from China adds to its collector value, as specimens from this region are prized for their vibrant coloration and well-defined crystal habits.
Ideal for mineral collectors and geology enthusiasts, this raw specimen offers insight into copper mineralization processes and makes an attractive addition to any collection. To preserve its natural luster and color, avoid prolonged exposure to moisture and direct sunlight, and handle with care to prevent surface abrasion.




