Natural Apophyllite with Stilbite Crystal Cluster – 40 g

This natural Apophyllite with Stilbite specimen features a dense formation of clear to pale blue-white Apophyllite crystals combined with cream to pale yellow Stilbite growth. The Apophyllite crystals display sharp natural faces, attractive translucency, and bright vitreous luster, while the Stilbite formations show elongated and radiating crystal growth with fine natural striations and a soft pearly appearance. The contrasting clear-white crystals and warm cream-colored Stilbite create a richly textured natural zeolite specimen.

Product Details

• Mineral: Apophyllite with Stilbite

• Formation: Natural zeolite crystal cluster

• Color: Clear, white, pale blue-white, cream and pale yellow

• Crystal Habit: Prismatic to tabular Apophyllite crystals with elongated and radiating Stilbite aggregates

• Weight: 40 g

• Size: 6 × 4 cm

• SKU: MTX-B157-N860

• Condition: Natural mineral specimen

Mineral Features

• Natural Apophyllite crystal growth

• Prominent Stilbite formations

• Clear to translucent Apophyllite crystals

• Attractive pale blue-white and cream-yellow coloration

• Well-defined natural crystal faces

• Bright vitreous luster

• Elongated and radiating Stilbite growth

• Fine natural striations and crystal texture

• Dense intergrown zeolite structure

• Unique one-of-a-kind natural specimen

• Suitable for mineral collectors and crystal enthusiasts

• Ideal for display and collection

Geological Note

Apophyllite and Stilbite commonly occur together in cavities and fractures of volcanic rocks. Apophyllite typically forms clear to translucent prismatic or tabular crystals, while Stilbite commonly develops as elongated, radiating, fibrous, or sheaf-like aggregates. These minerals form from mineral-rich hydrothermal fluids circulating through cavities in volcanic rocks over geological time.

Please Note: Natural mineral specimens may naturally contain variations in color, crystal formation, transparency, texture, inclusions, fractures, cavities, chips, luster, and matrix. Each specimen is naturally formed and may differ slightly from the photographed piece.