This gorgeous specimen from Balochistan, Pakistan brings together two completely different crystal formations in one seriously beautiful piece. Smoky lavender-to-purple cubic Fluorite creates the foundation, while cream-to-honey Calcite crystals grow across and between the Fluorite cubes.

The contrast is what makes this one so special. You can clearly see the geometric, cubic structure of the Fluorite alongside the lighter Calcite growth, with plenty of both minerals visible throughout the specimen. Turn it in the light and you’ll find areas of translucency within the purple Fluorite, adding even more dimension.

And there’s a little bonus hiding in this one: the Fluorite displays a visible red fluorescence under UV light. The reaction is subtle rather than intensely fluorescent, but the red can definitely be seen under UV.

Why You’ll Love It

• Natural Calcite on Purple Fluorite
• From Balochistan, Pakistan
• Measures approximately 3.75” × 2”
• Weighs 282 grams
• Purple cubic Fluorite with cream-to-honey Calcite
• Beautiful contrast between two distinct crystal formations
• Fluorite displays a subtle red fluorescence under UV light
• Natural, one-of-a-kind mineral specimen

Metaphysical Associations

Purple Fluorite is associated with mental clarity, focus, intuition and spiritual awareness. It is often chosen when you’re looking to clear mental clutter, organize your thoughts and create space for a greater sense of understanding and inner knowing.

Numerology: Purple Fluorite vibrates to Master Number 77.

Calcite is commonly associated with cleansing, amplification, movement and the clearing of stagnant energy. Its energy is often described as encouraging forward motion and helping create space for new possibilities.

Numerology: Calcite vibrates to Number 8.

Together, Purple Fluorite and Calcite make an interesting energetic pairing: clarity and movement, intuition and expansion, clearing away what feels stagnant while creating space to see what comes next.

As with all natural mineral specimens, this piece may contain inclusions, contact points, variations in color and other characteristics created during its formation.