Description: Introducing NWA 16774, an extraordinary and rare new find that has captivated the interest of the meteorite community! This stunning specimen is currently being classified by Dr. Irving at Washington University, with research actively underway to uncover the secrets embedded within this remarkable material. With a weight of 9.910 grams, NWA 16774 is a high-quality pallasite originating from a differentiated asteroid, adding to its significance. Discovered in Algeria in 2022, this meteorite represents an exciting and fresh addition to the world of meteorite collecting. One of the most striking features of this pallasite is its beautiful orange olivine, complemented by exquisite metallic inclusions, showcasing the unique and breathtaking aesthetic that pallasites are known for. As a collector, you will appreciate the exceptional visual appeal and rarity of this piece. To ensure authenticity and quality, each purchase of NWA 16774 will come with a Certificate of Authenticity (COA) card and an elegant display case, making it a perfect addition to any collection or an impressive gift for a meteorite enthusiast. Stay tuned for more detailed information as the research progresses and further insights into this fascinating meteorite come to light. Don't miss the opportunity to own a piece of this thrilling discovery! AI says: A Pallasite meteorite is a unique type of stony-iron meteorite that is primarily composed of iron and nickel with embedded olivine crystals. These meteorites are thought to originate from the boundary between the core and mantle of a differentiated asteroid, allowing for the formation of the metallic iron-nickel matrix and the olivine crystals. Pallasite meteorites are prized for their stunning appearance, with the translucent olive-green olivine crystals contrasting against the metallic matrix. These meteorites are often cut and polished to showcase the beauty of the olivine crystals, creating mesmerizing jewelry and collector's pieces. Scientists study pallasite meteorites to gain insight into the processes that occurred in the early solar system, providing valuable information about the formation and evolution of asteroids and planets. Pallasites are relatively rare compared to other types of meteorites, making them highly sought after by collectors and researchers alike. Northwest Africa 16774(NWA 16774) Algeria Purchased: 2024 Classification: Pallasite History: Found in the desert of MSila province, Algeria in 2022. Some pieces totaling 3.1 kg were purchased by Matthew Stream from an Algerian dealer in 2024, and other pieces were acquired by Mohamed Ali Loud. Petrography: (A. Irving,UWS, and J. Boesenberg,BrownU) Aggregate composed of rounded and fractured olivine grains (mostly 200-800 m in size but several up to 8 mm) and FeNi metal (extensively altered to Fe oxides) with accessory schreibersite and troilite. Geochemistry: Olivine Fa11.7-12.2, FeO/MnO 35-47 (N = 11). Classification: Pallasite. Specimens: 25 g including two small polished endcuts atUWB; 3100 g with Mr. M. Stream; 1400 g with Mr. Mohamed Ali Loud.
Price: 165 USD
Location: Riverside, California
End Time: 2025-01-08T01:51:51.000Z
Shipping Cost: N/A USD
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Item Specifics
All returns accepted: ReturnsNotAccepted
Featured Refinements: Pallasite
Country/Region of Manufacture: Algeria
