Rare Natural Moldavite from the Czech Republic Gemstone (0.8g)

This elegant Moldavite specimen displays a soft translucent green colour with a broad, gently rounded form that beautifully showcases its natural glassy character. Light passes easily through the piece, revealing delicate internal swirls and subtle textures formed during its rapid cooling after a meteorite impact. The specimen features a pleasing balance of smooth flowing surfaces and naturally sculpted edges, creating visual interest from every angle. Its thin profile enhances its translucency, while the organic contours serve as a reminder that this remarkable material was shaped by one of Earth's most extraordinary geological events.

The Details You Need

Type: Natural Tektite (Impact Glass)
Locality: Czech Republic
Formation: Meteorite Impact
Age: Approximately 15 Million Years Old
Colour: Natural Green
Specimen Size: 15 mm × 4 mm × 12 mm Approximately
Weight: 0.8 gram

Moldavite is found exclusively in the Czech Republic and was formed approximately 15 million years ago when a massive meteorite struck the Earth. The tremendous impact melted surrounding rock and soil, launching molten material high into the atmosphere. As this material cooled while falling back to Earth, it formed a rare natural glass known as Moldavite. Its unique origin makes it one of the few gemstones directly connected to a meteorite impact event, making it highly prized by collectors, crystal enthusiasts, and lovers of natural history.

Often associated with transformation, growth, and new beginnings, Moldavite is believed by many crystal enthusiasts to support personal development and positive change. Others simply treasure it for its remarkable cosmic origin, rarity, and distinctive appearance.

From its beautiful translucency to its extraordinary cosmic origin, this authentic Czech Moldavite is a fascinating addition to any collection. Don't miss the opportunity to own this genuine impact-formed tektite and bring home a rare piece of Earth's connection to the wider universe.