Dogtooth calcite fluorite cluster

Product Overview

This striking mineral specimen features a dramatic association of dogtooth calcite crystals nestled upon a bed of vibrant fluorite. The "dogtooth" habit is characterized by sharp, scalenohedral calcite crystals that resemble the canines of a dog, creating a jagged and highly architectural aesthetic. Contrasting with the geometric precision of the calcite, the fluorite base provides a colorful, crystalline matrix that enhances the overall depth and visual complexity of the cluster. This piece is an exceptional example of hydrothermal mineral growth.

Origin & Location

• Primary Mineral: Dogtooth Calcite (Scalenohedral habit)

• Associated Mineral: Fluorite

• Common Localities: Often sourced from high-quality deposits in Mexico (Santa Eulalia) or locally within British Columbia, such as the Rock Candy Mine.

• Geological Formation: Typically formed in hydrothermal veins or limestone cavities where mineral-rich fluids cool and crystallize over long periods.

Specifications

• Weight: 

• Dimensions: roughly 10 inches across

• Luster: Vitreous (glassy) to Pearly

• Transparency: Translucent Calcite with soft purple Fluorite

Key Features

• Exceptional Crystal Form: Features sharply terminated, elongated calcite "teeth" that provide a high-energy, spikey silhouette.

• Vivid Color Contrast: The fluorite provides a stunning backdrop to the honey-gold or creamy white calcite crystals.

• UV Reactivity: This specimen may exhibit fluorescence under UV light, with the fluorite often glowing purple and the calcite potentially showing pink or orange hues.

• Natural Architecture: A 360-degree display piece with intricate pockets and crystalline growth visible from multiple angles.

Important Notes

• Handling: Calcite is a relatively soft mineral (Mohs 3). Handle with care to avoid chipping the delicate crystal terminations.

• Cleaning: Dust gently with a soft brush or compressed air. Avoid acidic cleaners, as calcite will react and dissolve in the presence of acid.

• Stability: This cluster is a natural growth formation and should be displayed in a stable environment to protect the integrity of the crystal attachments.