Sky-Blue Fluorite, Xianghualing Mine, Hunan
This lovely specimen from the Xianghualing Mine in Hunan, China, features a cluster of sky-blue fluorite crystals. The tranquil blue color is complemented by sparkling quartz points and small calcite crystals, creating a very scenic and aesthetic piece. A great addition for any collector of Chinese minerals.
Specimen details
| Mineral | Fluorite |
|---|---|
| Locality | Hunan Province, China |
| Crystal system | Isometric |
| Dimensions | 9.7 cm × 5.1 cm × 4.6 cm |
| Weight | 280 g |
| Color | Blue |
| Size | Small Cabinet (2–4 inches / 5–10 cm) |
| Species | Fluorite |
| Condition | No damage on display faces |
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About this specimen
Marvel at the enchanting hues of sky-blue fluorite intertwined with shimmering quartz and calcite. This exquisite mineral specimen, sourced from the renowned Xianghualing Mine in Hunan Province, China, is a stunning addition to any collection. The Xianghualing Mine is notable for producing fine fluorite crystals with distinctive colors and clarity, making it a sought-after locality among mineral enthusiasts.
The fluorite crystals in this cluster exhibit the cubic crystal system typical of fluorite, with well-formed, sharp edges and a vitreous luster that enhances their tranquil sky-blue color. Fluorite (chemical formula CaF2) has a Mohs hardness of 4, which requires careful handling to avoid scratches. The crystals display good transparency with occasional internal zoning, complemented by sparkling quartz points and small, translucent calcite crystals that add texture and visual interest to the specimen.
This piece is valued for its combination of color, form, and association with secondary minerals, making it a collectible example of Chinese fluorite. Its aesthetic appeal and natural formation make it ideal for display in a cabinet or as part of a curated mineral collection. To preserve its appearance, it is recommended to keep the specimen away from prolonged exposure to direct sunlight and to handle it gently to prevent damage to the softer fluorite surfaces.




