Chocolate Banded Onyx Tower – 5″ Orbital Calcite Specimen

Geological Overview

Hailing from the mineral-rich veins of Pakistan, this Chocolate Banded Onyx is a masterclass in sedimentary artistry. Geologically a variety of Banded Calcite, its dramatic espresso and cream layers were formed through slow mineral precipitation over millennia. The dark "chocolate" tones are the result of concentrated iron oxides and organic carbon trapped within the crystal lattice, creating a striking contrast with the more translucent calcite layers.

Aesthetic Appeal

This tower is a standout specimen, featuring a rare "orbital eye" pattern—a natural circular formation that creates a powerful visual focal point. Its palette ranges from rich chocolate and mahogany to warm caramel and ivory. Hand-polished to a high-gloss finish, the vertical obelisk form emphasizes the chaotic, undulating beauty of the stone's horizontal bedding.

Metaphysical Properties

Associated with the Root Chakra, Chocolate Banded Onyx is a premier stone for endurance and spiritual grounding. It is traditionally used to provide a steadying influence during times of high stress, helping to anchor the user's energy and master the senses. The naturally occurring "eyes" in this variety are prized by practitioners as symbols of protection and higher perception.

Rarity & Collectibility

Graded AAA (Museum Grade), this 160g tower was selected for its exceptional pattern density and structural integrity. The presence of a well-defined orbital pattern makes this an elite choice for collectors who seek specimens that bridge the gap between geological wonder and architectural art.

Collector’s & Display Notes

• Height: 5" (12.7 cm)
• Weight: 160g
• Origin: Balochistan, Pakistan
• Condition: All-natural, professionally polished; no repairs or dyes.

Condition & Authenticity

Transparency Matters: This is a 100% natural specimen. As with all genuine banded carbonates, the surface may contain tiny natural vugs or micro-crevices within the bands, which are authentic markers of the stone's deep-earth origin.