Origin: Argentina, Laos
Meteorite type: Campo del Cielo - Metallic meteorite
131,2 g. Meteorite (Argentina)
51,3 g. Indochinite (Laos)
About the meteorites: These are celestial bodies that fall to the Earth's surface. The meteorites for sale were found and collected in the Chaco region of Argentina. Campo del Cielo meteorites, which fell to Earth approximately 4,500 years ago, are a true natural wonder. These metallic meteorites are exceptionally special due to their hardness and unique origin. They come from the most distant cosmic spaces and have arrived on our planet with an incredible history.
Each Campo del Cielo meteorite is like a small piece of cosmic history, not only because of its unique origin, but also because they were used by ancient people, including pre-Columbian Americans, as a valuable source for making metal vessels.
These meteorites are not only unique natural creations but also a valuable part of a collection or a great gift. Their beautiful and elegant metallic shine attracts attention, making them perfect accessories or jewelry.
The exceptional condition and authenticity of Campo del Cielo meteorites make them a true gift from nature that can bring joy and excitement to anyone who touches or sees them. They are not just meteorites - they are history, a cosmic wonder, and an opportunity to own a piece of cosmic history right in your hands.
Each year, thousands of meteorites fall to Earth from the sky, but only a few are found. Meteorites usually do not fall directly onto the Earth's surface because they burn up before reaching it, which makes finding fallen meteorites a very rare and unique event. Their specific shape and characteristics make them highly valued by collectors.
About Indochinite: Indochinite, also known as "Indochina tektite," is a unique glassy mineral formed due to a powerful meteorite impact on the Earth's surface. The formation process of indochinites begins when a large meteorite, containing various minerals and silicates, enters the Earth's atmosphere and collides with the surface, causing a massive explosion.
The meteorite's impact with the Earth's surface generates extremely high temperatures and pressures, leading to melting and vaporization processes. During these processes, parts of the Earth's surface material, including sand and minerals, are ejected into space. In space, these materials cool and solidify, forming tektites such as Indochinite. These small glassy particles then return to the Earth's surface.
The formation process of Indochinite is unique in that it involves both melting and vaporization on the Earth's surface and cooling in space. This process creates a distinctive glass structure with unique chemical and physical properties. The color and structure of Indochinite can vary depending on the included minerals and the conditions of tektite formation.
Indochinite is valuable not only scientifically but also historically, as it helps scientists study ancient meteorite impacts on the Earth's surface and the processes of tektite formation. Due to its unique properties, Indochinite is used in various scientific research, including geological and astronomical studies.
Indochinite is a special tektite that provides much information about cosmic phenomena and Earth's history. It not only enriches our understanding of meteorite impacts but also helps uncover the secrets of natural glass formation.
