1 12

STIBICONITE

STIBICONITE

649

$365.00 AUD
$365.00 AUD
SALE ! TOO LATE, SOLD
649
Taxes included. Shipping calculated at checkout.

Stibiconite is a rare mineral composed of antimony oxide, represented by the formula Sb3O6(OH). The name derives from the Greek words stíbi (στίβι), meaning 'antimony', and kónis (κόνις), meaning 'powder', reflecting its chemical makeup and physical form. This mineral belongs to the pyrochlore supergroup. 

First identified in 1862 from a site in the Brandholz – Goldkronach District of the Fichtel Mountains in Bavaria, Germany, stibiconite forms as a secondary alteration product of hydrothermal antimony minerals, particularly stibnite. It is typically found alongside other minerals such as cervantite, valentinite, kermesite, native antimony, and stibnite.

PSEUDOMORPH AFTER STILBITE

Specimen details

The numbers under "variant" are the measurements in mm and weight in grams. Where known, the origin of the specimen is mentioned. The number at the end, is the specimen number in our collection. Colours may vary, due to photography.

Care

It's important to know that many minerals can be effectively cleaned with water. However, before using any cleaning methods, such as dissolvers or ultrasound, please take the time to research online. Improper use of these techniques could potentially harm your specimen.

Shipping

Shipping fees depend on the weight of your order and its destination, and they will be calculated at checkout. Not all platforms use the same rate. We will inform you about any rebates where possible. If you have any questions, feel free to reach out to us before placing your order. We strive to use the most economical shipping methods for your specimens and combine multiple orders to minimize costs. Please note that packaging is included in the shipping fees.

View full details
Variant Variant total Quantity Price Variant total
150 70 95 726 / Catorce San Luis Potosí Mexico / 649-11649
150 70 95 726 / Catorce San Luis Potosí Mexico / 649-11649
$365.00/ea		 $0.00
$365.00/ea $0.00