Celestite with Fluorescent Calcite Inclusions Mineral Specimen

$125.00

Description

An elegant cluster of translucent blue celestite crystals rising from a natural matrix, featuring a prominent, well-formed primary crystal with excellent clarity and soft internal light. Surrounding it is a dense field of smaller, glassy crystals that create a sparkling, layered landscape across the specimen.

Subtle internal inclusions add unexpected character—under UV light, hidden zones fluoresce a gentle yellow, from trace calcite intergrowths.

Dimensions & Weight

4” x 3.5” x 3.5”
1074 grams

Metaphysical Properties

Celestite is often associated with calm, clarity, and higher awareness. Its soft blue tones are said to promote a sense of peace and openness, making it a favorite for meditation spaces and quiet environments. The presence of calcite inclusions may enhance grounding and energetic balance, blending serenity with stability.

Collector’s Notes

This contrast between daylight serenity and ultraviolet response gives the piece a dual personality that reveals itself over time.

The overall composition is balanced and sculptural, with a natural, untouched aesthetic that highlights the quiet beauty celestite is known for.

Highlights

  • Signature blue color

  • Excellent overall luster and translucency

  • Prominent, display-worthy top crystal

  • Fluorescent calcite inclusions (yellow under UV)

  • Sculptural, balanced composition

  • Collector-grade aesthetic with strong visual impact

Mineralogy

Celestite (SrSO₄) is a strontium sulfate mineral typically forming in sedimentary environments. It commonly develops in tabular or blocky crystals with a vitreous luster and delicate blue coloration caused by trace impurities and light interaction within the crystal lattice.

This specimen also contains minor calcite (CaCO₃), a common associated mineral, which is responsible for the observed fluorescence under ultraviolet light. The coexistence of these minerals reflects the geochemical conditions of evaporite or marine sedimentary deposits where both species can crystallize together.

Description

An elegant cluster of translucent blue celestite crystals rising from a natural matrix, featuring a prominent, well-formed primary crystal with excellent clarity and soft internal light. Surrounding it is a dense field of smaller, glassy crystals that create a sparkling, layered landscape across the specimen.

Subtle internal inclusions add unexpected character—under UV light, hidden zones fluoresce a gentle yellow, from trace calcite intergrowths.

Dimensions & Weight

4” x 3.5” x 3.5”
1074 grams

Metaphysical Properties

Celestite is often associated with calm, clarity, and higher awareness. Its soft blue tones are said to promote a sense of peace and openness, making it a favorite for meditation spaces and quiet environments. The presence of calcite inclusions may enhance grounding and energetic balance, blending serenity with stability.

Collector’s Notes

This contrast between daylight serenity and ultraviolet response gives the piece a dual personality that reveals itself over time.

The overall composition is balanced and sculptural, with a natural, untouched aesthetic that highlights the quiet beauty celestite is known for.

Highlights

  • Signature blue color

  • Excellent overall luster and translucency

  • Prominent, display-worthy top crystal

  • Fluorescent calcite inclusions (yellow under UV)

  • Sculptural, balanced composition

  • Collector-grade aesthetic with strong visual impact

Mineralogy

Celestite (SrSO₄) is a strontium sulfate mineral typically forming in sedimentary environments. It commonly develops in tabular or blocky crystals with a vitreous luster and delicate blue coloration caused by trace impurities and light interaction within the crystal lattice.

This specimen also contains minor calcite (CaCO₃), a common associated mineral, which is responsible for the observed fluorescence under ultraviolet light. The coexistence of these minerals reflects the geochemical conditions of evaporite or marine sedimentary deposits where both species can crystallize together.