Description
Introducing a 100% genuine Dogtooth Calcite Crystal Spar, a striking specimen known for its distinctive scalenohedral (dogtooth) crystal habit, sharp formations, and translucent beauty. This crystal is ideal for collectors, crystal healers, and geology enthusiasts seeking unique formations in natural minerals.
The photo shows the exact specimen you will receive, meticulously selected for its geometric clarity and defined calcite points.
Geological Background: Dogtooth Calcite is a variety of calcite that forms sharp, elongated scalenohedral crystals, resembling canine teeth—hence the name. These crystals typically grow in limestone caves and hydrothermal veins, where calcite precipitates from calcium-rich solutions.
Calcite is one of the most abundant minerals in the Earth’s crust and plays a critical role in the formation of sedimentary rocks like limestone and marble. Its remarkable range of crystal habits makes it a favourite among collectors and mineralogists.
- Chemical Formula: CaCO₃
- Crystal System: Trigonal
- Hardness: 3 on the Mohs scale
- Lustre: Vitreous to pearly
- Transparency: Transparent to translucent
- Fracture: Conchoidal to uneven
- Colour: Typically white, but may show hues of grey, brown, yellow, or clear
Crystal Type & Species:
- Type: Carbonate Mineral
- Species: Calcite (Dogtooth variety)
Metaphysical Properties: Dogtooth Calcite is considered a powerful amplifier and cleanser of energy. It is thought to facilitate spiritual growth, enhance meditation, and align the Third Eye and Crown Chakras. Its unique points are said to direct energy flow and aid in emotional healing.
Additional Details:
- All of our Crystals are 100% Genuine Specimens & come with a Certificate of Authenticity.
- Sizing: Refer to the photo with the 1cm cube/scale rule for accurate sizing.
- This specimen is perfect for display, metaphysical use, or inclusion in any fine crystal collection.
Bring this rare and elegant Dogtooth Calcite Crystal Spar into your collection and appreciate its natural symmetry and mineralogical significance.
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