Smoky Quartz with Black Hematite, Malachite & Orange Iron Oxide 35.7g
Smoky Quartz with Black Hematite, Malachite & Orange Iron Oxide 35.7g
Smoky Quartz with Black Hematite, Malachite & Orange Iron Oxide 35.7g
Smoky Quartz with Black Hematite, Malachite & Orange Iron Oxide 35.7g
Smoky Quartz with Black Hematite, Malachite & Orange Iron Oxide 35.7g
Smoky Quartz with Black Hematite, Malachite & Orange Iron Oxide 35.7g

Smoky Quartz with Black Hematite, Malachite & Orange Iron Oxide 35.7g

$40.00

Dimensions: 44.7 mm x 38.7 mm x 26.4 mm

Explore the captivating beauty of our Smoky Quartz specimen infused with Black Hematite, Malachite, and Orange Iron Oxide. This unique combination creates a stunning visual display that will mesmerize any crystal enthusiast. Weighing 37g, this piece is a must-have for collectors seeking to add a touch of earthy elegance to their collection. Embrace the grounding energy of Smoky Quartz, coupled with the protective properties of Hematite and the transformative powers of Malachite. Bring

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Unraveling the Beauty and Rarity of this Smoky Quartz with Black Hematite, Malachite & Orange Iron Oxide 35.7g

This exquisite smoky quartz specimen is a masterpiece of nature. The smoky brown hues of quartz are beautifully complemented by vibrant orange iron oxide inclusions caused by hematite and limonite. Formed through hydrothermal processes, iron-rich waters coated these quartz crystals over millions of years, creating a mesmerizing play of color and texture.

The combination of smoky clarity with the rugged, earthy iron staining makes this specimen both unique and visually striking. Collected from the renowned quartz-producing region of Minas Gerais, Brazil, this piece holds immense geological and aesthetic appeal for collectors and admirers alike. A true testament to the artistry of nature.

Additional Information about this Smoky Quartz with Black Hematite, Malachite & Orange Iron Oxide 35.7g

  • Very good (VG)
  • Brazil
  • Hexagonal
  • Late Cretaceous
  • Hydrothermal quartz formations with iron-rich water interaction