Aragonite with Calcite – Natural Fine Mineral Specimen

$60.00

Description

This captivating mineral specimen features mint-green aragonite crystals growing naturally alongside lusterous, sparkling calcite on a richly textured natural matrix. The soft pastel blue and green tones of the aragonite blend beautifully with the crystalline white calcite and earthy host rock, creating a piece that feels both organic and luminous.

The crystal clusters are scattered throughout the matrix, giving the specimen a layered, multi-dimensional appearance that reveals new details from every viewing angle.

Dimensions & Weight

Measurement: 5” x 3” x 2.75”

Weight: 253g

Collector’s Notes

Aragonite specimens with well-defined crystal growth and contrasting calcite associations are especially valued by collectors. This piece stands out for its excellent distribution of crystals, pleasing color contrast, and natural, untouched condition. The combination of green and blue aragonite and calcite is not only visually striking but also indicative of a complex mineralization environment.

Highlights

  • Natural green aragonite crystal clusters

  • Bright calcite crystal associations

  • Excellent contrast and crystal coverage

  • Completely natural, untreated specimen

  • One-of-a-kind mineral formation

Metaphysical Properties

Aragonite is believed to promote grounding, patience, and emotional stability, helping to calm stress and restore balance. Calcite is associated with energy amplification and clarity, believed to cleanse stagnant energy and enhance focus. Together, they are thought to support emotional healing while bringing clarity and renewed motivation.

Mineralogy

  • Aragonite (CaCO₃) is a calcium carbonate mineral that commonly forms needle-like or clustered crystal habits.

  • Calcite (CaCO₃) is a widely occurring carbonate mineral known for its bright crystal faces and energetic growth patterns.

These minerals formed together from mineral-rich fluids in cavities and fractures within the host rock, resulting in the intergrown crystal structures seen here.

Description

This captivating mineral specimen features mint-green aragonite crystals growing naturally alongside lusterous, sparkling calcite on a richly textured natural matrix. The soft pastel blue and green tones of the aragonite blend beautifully with the crystalline white calcite and earthy host rock, creating a piece that feels both organic and luminous.

The crystal clusters are scattered throughout the matrix, giving the specimen a layered, multi-dimensional appearance that reveals new details from every viewing angle.

Dimensions & Weight

Measurement: 5” x 3” x 2.75”

Weight: 253g

Collector’s Notes

Aragonite specimens with well-defined crystal growth and contrasting calcite associations are especially valued by collectors. This piece stands out for its excellent distribution of crystals, pleasing color contrast, and natural, untouched condition. The combination of green and blue aragonite and calcite is not only visually striking but also indicative of a complex mineralization environment.

Highlights

  • Natural green aragonite crystal clusters

  • Bright calcite crystal associations

  • Excellent contrast and crystal coverage

  • Completely natural, untreated specimen

  • One-of-a-kind mineral formation

Metaphysical Properties

Aragonite is believed to promote grounding, patience, and emotional stability, helping to calm stress and restore balance. Calcite is associated with energy amplification and clarity, believed to cleanse stagnant energy and enhance focus. Together, they are thought to support emotional healing while bringing clarity and renewed motivation.

Mineralogy

  • Aragonite (CaCO₃) is a calcium carbonate mineral that commonly forms needle-like or clustered crystal habits.

  • Calcite (CaCO₃) is a widely occurring carbonate mineral known for its bright crystal faces and energetic growth patterns.

These minerals formed together from mineral-rich fluids in cavities and fractures within the host rock, resulting in the intergrown crystal structures seen here.