Natural Green Apophyllite on Heulandite Crystal Cluster – 210 g

This natural Green Apophyllite on Heulandite specimen features translucent pale green to mint-green Apophyllite crystals growing across a large cream-white to pale yellow Heulandite-rich formation. The green Apophyllite crystals display attractive translucency, defined natural faces, and bright vitreous luster, while the Heulandite forms broad, radiating and densely intergrown crystal aggregates with fine natural striations. The combination of soft green crystals and cream-white radiating growth creates a distinctive and richly textured natural mineral specimen.

Product Details

• Mineral: Green Apophyllite with Heulandite

• Formation: Natural Apophyllite crystal cluster on Heulandite matrix

• Color: Mint green, pale green, white, cream and pale yellow

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

• Weight: 210 g

• Size: 8 × 7 × 6 cm

• SKU: MTX-B159-N876

• Condition: Natural mineral specimen

Mineral Features

• Natural green Apophyllite crystal growth

• Prominent translucent mint-green crystals

• Large radiating Heulandite formation

• Attractive green and cream-white color contrast

• Well-defined natural crystal faces

• Bright vitreous Apophyllite luster

• Fine natural striations on Heulandite

• Dense intergrown crystal texture

• Rich natural crystal formation

• Unique one-of-a-kind natural specimen

• Suitable for mineral collectors and zeolite enthusiasts

• Ideal for display and collection

Geological Note

Apophyllite can occur as clear, white, or pale green translucent crystals within cavities of volcanic rocks. Heulandite is a zeolite-group mineral that commonly develops as tabular, bladed, or radiating aggregates and frequently occurs alongside Apophyllite. 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.