Purple and Green Phantom Fluorite – Yaogangxian, China
Sourced from the world-famous Yaogangxian Mine, this fluorite specimen exhibits a stunning interplay of deep purple and green hues in a distinct phantom formation. Its high transparency and twinned crystal growth make it a classic and highly desirable piece for collectors seeking exceptional examples of Yaogangxian minerals.
Specimen details
| Mineral | Fluorite |
|---|---|
| Locality | Yaogangxian Mine, China |
| Crystal system | Isometric |
| Dimensions | 4.8 cm × 3.8 cm × 3.0 cm |
| Weight | 65 g |
| Color | Green, Purple |
| Size | Miniature (up to 2 inches / up to 5 cm) |
| Species | Fluorite |
| Condition | No damage on display faces |
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About this specimen
Fluorite is celebrated for its stunning colors and unique formations. Discover a mesmerizing purple and green phantom crystal from the renowned Yaogangxian mines in Hunan, China. This specimen belongs to the isometric crystal system and features a characteristic cubic and octahedral habit. With a Mohs hardness of 4, fluorite is relatively soft compared to many other minerals, and it exhibits a vitreous luster that enhances its natural beauty.
Chemically composed of calcium fluoride (CaF2), this fluorite specimen shows a distinctive phantom formation, where earlier crystal growth is visible within the later-formed crystal layers, creating an intriguing visual depth. The interplay of deep purple and green hues, combined with high transparency and twinned crystal growth, makes this piece particularly appealing. The Yaogangxian mine is well-known among collectors for producing some of the finest fluorite specimens, prized for their vibrant colors and crystal clarity.
This specimen’s unique phantom pattern and color zoning add to its collector value, making it a noteworthy addition for those specializing in fluorite or Hunan minerals. Due to its relative softness, it is advisable to handle the crystal with care and avoid exposure to harsh chemicals or prolonged direct sunlight, which can affect its color and surface integrity.




