Idrialite; Cinnabar; Pecoraite; etc.; Culver Baer Mine; Sonoma County; California; USA; 1 flat; unique
Idrialite, Cinnabar and Pecoraite with accessory minerals from the Culver Baer Mine, California – 1 unique flat
This remarkable selection from the Culver Baer Mine in Sonoma County, California, features a striking combination of rare and unusual minerals. The pieces show vivid red patches of Cinnabar, yellow-green areas of Pecoraite, and dark blackish-brown zones of organic Idrialite. Under UV light, the Idrialite exhibits a bright yellow fluorescence, making this flat highly attractive for fluorescence collectors as well. The specimens are mostly compact, with massive character; some show layered structures or shiny zones, indicating finely distributed crystalline components.
Geology & origin
The Culver Baer Mine is a well-known source of mercury-related secondary minerals in California. Idrialite – a rare hydrocarbon mineral – typically forms in such geologically active mercury deposits, where hydrothermal activity mobilizes and deposits organic compounds. Cinnabar is the main mercury-bearing mineral, while Pecoraite appears as a nickel-bearing secondary phase. This rare mineral combination from a single locality is only documented at a few places worldwide. The flat shown is exactly the one offered.
Usage Instructions
This product is ideal as a collector's item, decorative element, teaching material, or for scientific and exhibition purposes.
Legal Notices
Safety
Please note: The included cinnabar specimens should not be crushed or mechanically processed. This material is not suitable for children and is intended solely for dry storage and visual appreciation in a mineral collection.
We accept no liability for damages resulting from improper and/or non-recommended use. Please carefully assess the suitability of the product before any alternative use.
Responsible Provider
Mikon Mineralienkontor GmbH
Steinslieth 11
D-37130 Gleichen OT Klein Lengden
Email: info@mikon-online.com
| shipment-weight, NOT netto weight (kg) | 2.000000 |
|---|