Natural Green Apophyllite Crystal Cluster on Peach-White Stilbite Matrix – 130 g

This natural Green Apophyllite Crystal Cluster on Peach-White Stilbite Matrix features translucent pale green to mint-green Apophyllite crystals growing across a richly textured peach and white Stilbite matrix. The Apophyllite crystals display attractive translucency, defined natural faces, and bright vitreous luster, while the Stilbite forms dense radiating and intergrown aggregates in contrasting peach, pinkish-white, and cream tones. The combination of cool green Apophyllite and warm peach-white Stilbite creates a distinctive and richly textured natural mineral specimen.

Product Details

• Mineral: Green Apophyllite with Stilbite

• Formation: Natural Apophyllite crystal cluster on Stilbite matrix

• Color: Mint green, pale green, white, peach, cream and pinkish-white

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

• Weight: 130 g

• Size: 6 × 4 × 5 cm

• SKU: MTX-B159-N877

• Condition: Natural mineral specimen

Mineral Features

• Natural green Apophyllite crystal growth

• Prominent translucent mint-green crystals

• Attractive peach-and-white Stilbite matrix

• Strong natural color contrast

• Well-defined Apophyllite crystal faces

• Bright vitreous luster

• Dense radiating Stilbite growth

• Fine natural crystal texture and intergrowth

• Distinctive collector specimen

• Unique one-of-a-kind natural formation

• Suitable for mineral collectors and zeolite enthusiasts

• Ideal for display and collection

Geological Note

Apophyllite commonly forms clear to pale green translucent crystals within cavities and fractures of volcanic rocks. Stilbite is a zeolite-group mineral that frequently occurs with Apophyllite as radiating, fibrous, or intergrown aggregates. These minerals form from mineral-rich hydrothermal fluids circulating through cavities and fractures 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.