Distinction Crystals
Natural Native Silver on Calcite Matrix | Collectors Mineral Specimen (B1 #6)
Natural Native Silver on Calcite Matrix | Collectors Mineral Specimen (B1 #6)
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Sourced and individually selected by Distinction Crystals, this exquisite specimen features a high concentration of native silver crystallised across a blocky, crystalline calcite matrix. The piece is notably aesthetic, boasting a "frosted" look where the metallic silver appears to have grown in delicate, shimmering layers over the stone.
Specimen Highlights
- Mineral: Native Silver on Matrix Calcite
- Form: Refined dendritic sprays, crystalline clusters, and wiry filaments
- Lustre: Brilliant, high-reflective metallic lustre
- Matrix: Semi-translucent milky-white calcite
Product Details
- Size: 5 x 3.5 x 7 cm approx
- Weight: 115g
- Material: Native Silver on Calcite Matrix
- Origin: Bou-Azzer district, Morocco
Detailed Description
This specimen displays a superb distribution of silver, featuring a primary face that is heavily colonised by bright metallic crystals. The silver growth exhibits a variety of habits, from fine, feathery dendritic sprays to more robust, interconnected crystalline masses that provide significant three-dimensional depth.
The host milky-white calcite is particularly clean in this piece, providing a sharp, high-contrast backdrop that makes the silver "pop". The way the silver wraps around the natural contours of the calcite suggests a rich primary mineralisation, making it a highly desirable example of a native element on matrix.
Collector’s Note
What sets this specimen apart is the delicate nature of the silver filaments–many are so fine they appear almost like metallic silk against the stone. It is a rare find that combines this level of fine detail with a sturdy, display-ready matrix. A must-have for those collecting native elements or high-contrast matrix pieces.
You will receive the exact piece shown in the photographs. Natural variations, inclusions, surface markings, and irregularities are part of the mineral’s natural formation and are not defects. Colours may vary slightly depending on lighting and screen settings.