Turkish Epidote Boxwork Specimen by Stillmantle

Details

Description

A sculptural natural Turkish Epidote epimorph specimen selected for its rare hollow boxwork architecture, pistachio-green mineral surface, and moss-like microcrystalline … Read more A sculptural natural Turkish Epidote epimorph specimen selected for its rare hollow boxwork architecture, pistachio-green mineral surface, and moss-like microcrystalline texture. Rather than forming as conventional crystal points, this specimen preserves the skeletal outer framework of an earlier mineral, creating a natural labyrinth of chambers, voids, and delicate mineral walls.

Its botanical green coloration and velvety druzy surface give the piece an unexpectedly organic presence, somewhere between ancient moss, weathered landscape, and geological sculpture. Compact but visually substantial, it works beautifully as a shelf sculpture, desk object, console accent, coffee table piece, or collectible mineral display.

Material & Details:
• Mineral: Natural Turkish Epidote Epimorph
• Origin: Turkey, as represented by the supplier
• Structure: Hollow boxwork architecture formed through natural epimorphic replacement
• Surface: Velvety microcrystalline druzy
• Dimensions: Approx. 131 x 128 x 94 mm / 5.1" W x 5.0" D x 3.7" H
• Color: Pistachio green, moss green, gray matrix, and natural mineral tones
• Condition: New and unused natural mineral specimen
• Included: One natural Turkish Epidote boxwork specimen
• Not included: Display bases, travertine slabs, ceramic vessels, botanicals, wood surfaces, or styling props shown in photos

Please note that natural mineral specimens may show organic surface variation, asymmetrical cavities, mineral overgrowths, inclusions, natural fracture lines, uneven edges, hollow chambers, and irregular raw texture. These characteristics are inherent to the stone and are not considered damage. Product photos are intended to represent the overall color, scale, texture, and character of the piece; slight visual variations may occur due to natural formation, lighting, and display angle. See less