Fluorite | Wheal Mary Ann Mine, Menheniot, Cornwall

A beautiful natural Fluorite specimen from Wheal Mary Ann Mine in Menheniot, Cornwall, featuring translucent honey-grey crystals, warm golden mineral staining and an intricate, layered crystal structure.

Weighing 120g, this specimen displays a fascinating combination of glassy translucent areas, angular crystal faces and natural internal fractures that catch and reflect the light. Its pale champagne and smoky tones contrast beautifully with the rich ochre-orange iron staining concentrated along the edges and within the crystal structure.

Under ultraviolet lighting, the specimen takes on a striking blue-violet appearance, as shown in the accompanying photograph. This makes it a particularly interesting addition to a Cornish mineral collection.

About the Mineral | Fluorite

Fluorite is a naturally occurring calcium fluoride mineral (CaF2), known for its remarkable range of colours, distinctive crystal formations and occasional fluorescence under ultraviolet light.

It commonly forms in hydrothermal mineral veins when fluorine-rich fluids circulate through fractures in surrounding rock. As conditions change, dissolved minerals crystallise, producing the cubic and sometimes more complex formations associated with Fluorite.

Fluorite has a hardness of 4 on the Mohs scale and possesses perfect octahedral cleavage, meaning it can break along specific crystallographic planes.

The golden-orange colouring visible across this specimen is consistent with natural iron oxide staining, while its translucent sections reveal the internal structures and fractures formed during its geological history.

Wheal Mary Ann Mine | Cornish Mining History & Heritage

This specimen is recorded as originating from Wheal Mary Ann Mine, near Menheniot in southeast Cornwall.

The Menheniot area forms part of Cornwall's historic metalliferous mining landscape, where mineral-rich hydrothermal veins developed in association with the geological processes that shaped the Cornubian granite region.

Mining in this part of Cornwall was particularly important during the nineteenth century, with copper and other metal-bearing deposits contributing to the region's industrial economy.

Fluorite is one of the minerals associated with Cornwall's hydrothermal vein systems. Although not generally the principal commercial target of the region's metal mines, it can occur alongside quartz, sulphide minerals and other vein-forming minerals.

The combination of translucent Fluorite, natural staining and visible crystal structure makes this specimen an appealing example of the mineral diversity associated with Cornwall's historic mining districts.

Provenance note: Wheal Mary Ann Mine, Menheniot, is the supplied locality for this specimen. Its individual extraction date and precise position within the mine workings are not documented.

Fluorite | Spiritual Properties & Associated Chakras

In crystal healing traditions, Fluorite is associated with mental clarity, concentration, energetic balance and the ability to approach situations with a calmer, more organised perspective.

It is often chosen by those seeking to clear mental distractions, strengthen focus and encourage thoughtful decision-making.

Associated Chakras: Third Eye Chakra and Crown Chakra.

Associated Intentions: Mental clarity, focus, balance and spiritual growth.

These associations are based on traditional crystal healing beliefs rather than scientifically established effects.

Specimen Details

• Mineral: Fluorite
• Chemical Composition: Calcium Fluoride (CaF2)
• Locality: Wheal Mary Ann Mine, Menheniot, Cornwall, England
• Weight: 120g
• Dimensions: Approximately 61.9mm x 49.7mm
• Colour: Translucent champagne-grey with golden-orange mineral staining
• Formation: Natural raw crystal specimen
• UV Appearance: Blue-violet under the photographed ultraviolet lighting conditions
• Mohs Hardness: 4
• Condition: Natural specimen with visible fractures, cleavage surfaces and mineral staining
• Quantity: One individual specimen

You will receive the exact specimen photographed. Display stand and photographic props are not included.

As a natural mineral specimen, variations in texture, surface irregularities and internal fractures are part of its individual character. Handle with care and avoid prolonged exposure to direct sunlight.