Clear Quartz Twin Tower with rainbow refractions
Clear Quartz Twin Tower with rainbow refractions
Clear Quartz Twin Tower – Intergrown Double Point with Internal Inclusions
This striking clear quartz twin tower features two intergrown crystal points rising side by side from a single base, forming a natural twin-style structure that has been carefully shaped and polished to enhance its geometry and clarity.
Both terminations are sharply defined, meeting at the centre with a clean, symmetrical ridge that emphasises the twin formation. The parallel growth of the two points creates a mirrored, architectural look—giving the piece a strong, balanced presence.
Internally, the quartz displays a complex landscape of natural inclusions, fractures, and mineral traces. Fine needle-like inclusions and wispy internal veils are visible throughout, while small reflective fracture planes produce subtle flashes of rainbow refraction when light passes through the crystal.
The clarity ranges from transparent to lightly misted, with inclusion-rich zones adding depth and contrast. Near the base, faint mineral deposits and internal growth features provide additional visual interest, recording different stages of crystal formation.
The polished finish enhances light transmission while preserving the natural internal features, making this piece highly dynamic under direct light.
🔍 Key Features
Material: Natural Quartz
Formula: SiO₂
Colour: Clear to slightly misty with internal inclusions
Transparency: Transparent to translucent
Lustre: Vitreous (glassy)
Crystal System: Trigonal
Formation: Twin-style intergrown quartz points
Finish: Polished tower with natural internal features
📏 Dimensions
Size: 10.5 cm x 6 cm
Weight: 392 grams
🧪 Geological & Scientific Notes
Quartz forms from silica-rich fluids that crystallise within cavities in rock over long periods of time. The twin formation seen here represents two crystals growing simultaneously in close contact, creating a shared boundary.
Internal inclusions are caused by trapped fluids, mineral particles, or growth interruptions during crystallisation. The rainbow flashes are produced by light interacting with internal fracture planes, causing diffraction.
This piece preserves both structural formation (twinning) and internal growth history, making it a strong example of quartz crystallisation processes.
🧼 Care Information
Clean with lukewarm water and a soft cloth
Avoid harsh chemicals or ultrasonic cleaners
Handle carefully to prevent chips on points
Store separately to avoid scratching