Going Fast 22375 - Polished Thin Section Nwa Unclassified Carbonaceous Chondrite Cv3 7.83 G For Men [yeSkN2Iv]

Exclusive 7.83 g Polished Thin Section NWA Unclassified Carbonaceous Chondrite CV3

Discover the rare beauty of a 7.83 g polished thin section of an NWA Unclassified Carbonaceous Chondrite CV3. This unique piece is more than just a meteorite; it's a window into the cosmos, offering an up-close look at the ancient materials that formed the early solar system. The authenticity of this specimen is guaranteed by the esteemed geologist Juan Avilés Poblador, a member of the International Meteorite Collectors Association (IMCA 5681), ensuring that you are acquiring a genuine piece of extraterrestrial history.

• High-quality polished surface
• Guaranteed authenticity by an IMCA member

Unmatched Authenticity and Detail

Our polished thin section showcases the intricate details of the Carbonaceous Chondrite CV3, which is one of the most primitive known meteorite types. Carbonaceous chondrites, or C chondrites, represent only a small proportion (4.6%) of meteorite falls, making this a highly sought-after piece for collectors and enthusiasts alike. The authenticity of this meteorite is not only verified by a professional geologist but also by its unique NWA classification, ensuring that you are purchasing a genuine extraterrestrial artifact.

• Highly collectible and rare meteorite type
• Expertly polished for detailed observation

Perfect for Collections and Scientific Study

Whether you are a passionate meteorite collector or a scientist seeking to study extraterrestrial materials, this 7.83 g polished thin section NWA Unclassified Carbonaceous Chondrite CV3 is an invaluable addition to your collection. Its pristine condition and guaranteed authenticity make it a perfect piece for both display and research. This meteorite not only adds to the diversity of your collection but also provides a tangible connection to the origins of our solar system.

• Great for both collectors and scientists
• High-quality and authentic meteorite material