$30.00
Polished 1-inch Shungite sphere from Karelia, Russia, showcasing the deep carbon-black luster of this 2-billion-year-old mineraloid. Carved from authentic Type II Shungite, it’s valued both scientifically for its conductive carbon matrix and fullerene content, and aesthetically as a symbol of grounding, purification, and energetic balance.
In stock
This 1-inch polished Shungite sphere is carved from genuine Karelian Shungite, one of the planet’s oldest and most scientifically significant natural carbon materials. Found only in the Zazhoginsky deposit in Karelia, Russia, Shungite dates back over 2 billion years, formed from ancient marine sediments subjected to metamorphic pressure and heat during Earth’s early oxygenation phase.
Composed primarily of amorphous carbon (30–98%), it also contains trace minerals such as silicates, pyrite, and quartz, making it chemically distinct from graphite or coal. The most defining feature of authentic Shungite is the presence of fullerenes (C₆₀–C₇₀) — spherical carbon molecules discovered in the 1990s, recognized for their conductivity, adsorption properties, and potential in electromagnetic attenuation.
| Property | Description |
|---|---|
| Mineral Class | Mineraloid (Amorphous Carbon) |
| Chemical Formula | Predominantly C (Carbon) |
| Crystal System | Amorphous |
| Mohs Hardness | 3.5–4 |
| Luster | Submetallic to dull matte |
| Conductivity | Semi-metallic |
| Locality / Origin | Zazhoginsky deposit, Karelia, Russia |
Shungite originated from ancient organic matter on the sea floor, transformed over eons into a dense carbon matrix through metamorphic carbonization. This process mirrors early Earth’s geological evolution — converting biological carbon into mineral carbon under heat, pressure, and tectonic movement.
The Karelia region, part of the Fennoscandian Shield, provides one of the few natural examples of such an ancient carbon deposit with measurable electrical and catalytic properties. Shungite’s geological stability and chemical uniformity make it a subject of modern study in nanomaterials, filtration science, and electromagnetic shielding research.
Shungite’s unique carbon structure has been studied for:
Electromagnetic Field (EMF) Attenuation: Its semi-metallic matrix reflects and absorbs portions of electromagnetic radiation, making it of interest for shielding studies.
Adsorption and Filtration: Russian research institutes have demonstrated its efficiency in removing impurities and heavy metals from water via adsorption processes.
Catalytic Behavior: Due to its fullerene content, Shungite has been tested for redox reactions and environmental remediation applications.
These scientific properties make Shungite an authentic geological material of dual interest — both as a collector’s mineral and as an object of modern environmental research.
Each 1-inch sphere is hand-carved and polished to reveal Shungite’s natural submetallic sheen.
Slight variations in luster and fine inclusions of pyrite or quartz are common, confirming natural origin.
The spherical shape enhances uniform energy distribution and visual balance, symbolizing unity and completeness — key traits appreciated in both geology collections and metaphysical interpretations.
Collector’s display of carbon-based minerals.
Educational specimen for conductivity and metamorphic carbon studies.
Symbolic decorative piece representing balance and purification.
Research material for experiments involving conductivity or EMF reflection.
(Note: Decorative and educational use only — not a medical instrument.)
Shungite is symbolically regarded as a stone of purification and grounding, often associated with shielding from unwanted energies and stabilizing one’s biofield. The sphere form enhances these symbolic qualities, representing harmony and continuous flow.
Wipe with a soft, dry cloth only.
Avoid soaking or abrasive cleaners.
Store in a dry, padded container or display stand.
| Weight | 3 oz |
|---|---|
| Dimensions | 1 × 1 × 1 in |
