Eucrite Meteorite Brecciated NWA 14410 fragment 12.5g

EUCRITE METEORITE NWA 14410 Brecciated Fragment 12.5 g

Looking for a rare and fascinating addition to your meteorite collection? Consider adding fragment of Northwest Africa 14410 (NWA 14410) to your inventory. This HED achondrite (Eucrite, brecciated) meteorite was purchased in August 2021 from a reputable dealer in Ouarzazate, Morocco. It is composed of fourteen light grayish fragments partly covered with fusion crust, making it an eye-catching display piece.

Eucrites are a type of basaltic Achondritic meteorite that are thought to originate from the asteroid Vesta, one of the largest objects in the asteroid belt. Vesta is believed to have undergone differentiation, with a metallic core, a rocky mantle, and a thin regolith layer on the surface. Eucrites are thought to represent the surface material of Vesta and have a unique mineralogical and chemical composition.

The meteorite NWA 14410 is a fragmental breccia made up of up to 2mm sized basaltic clasts set into a clastic matrix. It also contains predominantly up to 1.5mm sized exsolved pyroxene and calcic plagioclase grains, as well as minor phases such as silica, chromite, ilmenite, troilite, and zircon. There is no metallic iron in this meteorite.

The detailed physical characteristics and petrography of NWA 14410 make it a unique and intriguing addition to any meteorite collection. You will also receive a signed Certificate of Authenticity with your purchase, so you can be confident that you are getting a genuine meteorite.

We guarantee your satisfaction with your purchase. If for any reason you are not satisfied, you can return the meteorite within 30 days of purchase for a full refund. Don't miss your chance to own this rare and stunning NWA 14410 meteorite, believed to originate from the surface of the asteroid Vesta. Buy now to add it to your meteorite collection!

The EUCRITE METEORITE NWA 14410 Brecciated Fragment  is a remarkable specimen for any meteorite collector or enthusiast. This exceptional meteorite was discovered in Northwest Africa, and it stands out due to its unique brecciated texture. Eucrites are a class of achondrite meteorites, primarily composed of basaltic rock, that originate from asteroids in our solar system, and they provide significant insights into the early history of our planetary neighborhood.

One of the fascinating aspects of the EUCRITE METEORITE is its brecciated nature. Brecciation occurs when fragments of rock are fused together during impact events, creating a distinctive and rugged texture that makes each specimen one-of-a-kind. The NWA 14410 meteorite offers a unique glimpse into these ancient cosmic collisions, so it’s not just a piece of rock but a historical artifact from space. It's this kind of specimen that bridges the gap between the cosmos and our study of geology.

NWA 14410 Eucrite Meteorite is a substantial and tangible piece of extraterrestrial rock. Each fragment holds within it a story that dates back billions of years when our solar system was still forming. Owning such a meteorite means possessing a piece of the cosmos, but it's also an opportunity to contribute to scientific understanding and education. These meteorites are crucial for research because they help scientists learn more about the conditions and processes that shaped the early solar system.

For collectors, the EUCRITE METEORITE NWA 14410 Brecciated Fragment offers a fantastic addition to any collection. Its unique characteristics and historical significance make it more than just an object; it’s a conversation starter and a centerpiece for any geological or cosmic collection. The fragment's weight adds to its presence, making it an impressive display item. Combined with its scientific value, this meteorite fragment is both an investment in knowledge and a physical connection to space.

Overall, the EUCRITE METEORITE NWA 14410 Brecciated Fragment is an extraordinary find that would make a profound addition to any collection. Its brecciated texture, combined with its weight and origin from Northwest Africa, makes it a unique specimen for any enthusiast interested in the early solar system and cosmic history. Each fragment of the NWA 14410 tells a part of the story of our cosmic neighborhood, and owning one means holding a piece of that narrative in your hands.