Rough Black Tourmaline Crystal 9cm (TA010) – Compact Block

This fascinating geological masterpiece (ref. TA010) presents itself as a powerful and mystical design object for the modern luxury interior. This massive, compact crystal of black tourmaline (schorl) immediately stands out due to its robust block shape, deep jet-black color, and fabulous natural glass luster. The obverse displays a beautiful geological painting of densely compressed, linear crystal grooves, in which a central horizontal fracture zone is organically filled with a contrasting white-pink mineral matrix.

The absolute highlight of this collectible is this unique, colorful inclusion zone that runs like a sparkling vein through the jet-black crystal. This creates spectacular layering and high visual contrast that is highly sought after by both serious mineral collectors and high-end interior designers. The piece features a stable, wide base, allowing the crystal to be displayed perfectly lying down on a sideboard, designer console, or desk. This object is ideally suited to enrich a modern, minimalist decor with a bold and organic contrast.

Exact Specimen Guaranteed: You receive exactly the unique piece shown in the photos and videos.

• Reference: TA010

• Type: Rough Black Tourmaline (Schorl Crystal) with white-pink quartz and feldspar matrix

• Origin: Brazil

• Dimensions: 9 x 6.5 x 4 cm (estimate, simply overwrite if necessary)

• Weight: 310 grams (estimate, simply overwrite if necessary)

• Special features: 100% Natural and unprocessed / Compact and robust block model with a stable base / Pronounced parallel crystal grooves / Striking central vein of white-pink matrix and shimmering speckles / 100% Authenticity guarantee / Flexible exchange service / Unique piece (only one item worldwide)

• Maintenance tip: Due to its layered, fibrous structure, black tourmaline is relatively brittle and sensitive to hard impacts. Dust off dry with a soft brush or compressed air. Avoid prolonged contact with water to optimally protect the natural luster of the crystal surface.