An outstanding natural cubic pyrite specimen from the legendary Huanzala Mine, one of the world's most famous mineral localities for producing exceptionally sharp and highly lustrous pyrite crystals.
This specimen features the classic cubic crystal formation that has made Peruvian pyrite internationally recognized among mineral collectors. The sharply defined metallic cubes display the remarkable natural geometric symmetry and mirror-like luster characteristic of high-quality Huanzala Mine material.
Pyrite, often nicknamed "Fool's Gold," is an iron sulfide mineral renowned for its brilliant metallic gold coloration and naturally occurring crystal geometry. The Huanzala Mine is particularly celebrated for producing some of the finest cubic pyrite specimens ever discovered, with crystals exhibiting exceptional edge sharpness, reflective surfaces, and aesthetic balance.
Features
- Natural cubic pyrite crystals
- Locality: Huanzala Mine, Peru
- Bright metallic golden luster
- Sharp geometric cubic formation
- Excellent collector display quality
- Classic world-famous Peruvian pyrite habit
What Sets Fine Huanzala Specimens Apart
- Crisp crystal definition
- Mirror-like metallic surfaces
- Aesthetic clustered growth patterns
- Strong cabinet display presence
- Investment-grade mineral appeal
Ideal For
- Fine mineral collections
- Pyrite and sulfide collections
- Crystal display and décor
- Geological and educational collections
- Museum-style display cabinets
- Luxury office or desktop presentation
- Investment-quality mineral collections
The natural metallic brilliance and mathematical crystal geometry make cubic pyrite one of the most visually striking mineral forms found in nature.
Measurements & Weight
- Dimensions: 38 x 24 x 18 mm
- Weight: 32.9g / 164 carats
Condition
Please review all photos carefully for overall condition, luster, crystal integrity, matrix attachment, and natural growth characteristics, as they are considered part of the description. Natural pyrite crystals may display minor contact points or edge imperfections formed during geological crystal growth.
We have many more available — if interested, please contact us!
