Premium Select 05378 - Fully Complete Nwa L-h Type Unclassified Ordinary Chondrite Meteorite 6.6g Certified [i0suASek]

Exclusive NWA L-H Type Chondrite Meteorite

Introducing the 05378 - Fully Complete NWA L-H Type Unclassified Ordinary Chondrite Meteorite, a rare and captivating piece of extraterrestrial history. This meteorite, discovered in the Saharan Desert of Northwest Africa, offers an unparalleled opportunity to own a piece of the cosmos. Composed largely of spherical grain-like silicate chondrules, this stone meteorite was once part of the crust of a large asteroid. The 100% guaranteed authenticity of this meteorite is confirmed by our fellow researchers from the Applied Petrology Laboratory of the University of Alicante. With its high metal content, this H chondrite is a testament to the rich diversity of meteorites found on Earth.

Product Specifications and Features

This meteorite specimen boasts an impressive 6.6g weight and is 100% guaranteed to be a stony meteorite of the general class "chondrite." Its classification as an "ordinary chondrite" and its magnetic response indicating a very high "H" chondrite further emphasize its unique qualities. The petrographic analysis reveals that the sample is rich in olivine, representing 55% of its mineralogical composition. The chondrules, with their variable textures and glassy matrix, provide a window into the meteorite's formation and history. The

• presence of abundant cross-cutting cracks in the olivine crystals
• coexistence of native Fe and Fe-Ni alloys

are additional signs of its high metal content and intense cosmic journey.

Practical Uses and Benefits

The 05378 - Fully Complete NWA L-H Type Unclassified Ordinary Chondrite Meteorite is not just a scientific curiosity; it is a stunning piece that can enhance any collection. Whether you are an astronomy enthusiast, a geology aficionado, or simply someone who appreciates the beauty of the cosmos, this meteorite offers a unique and educational experience. Its detailed petrographic description, backed by scientific analysis, makes it a valuable addition to any study of meteorites. Its rarity and the wealth of information it holds make it a must-have for collectors and enthusiasts alike.