Handcrafted Meteorite Pallasite Brahin – Belarus – Mebr04 Twin Pack [tyXAduHV]

Meteorite Pallasite Brahin – Belarus

Discover the rare and captivating beauty of the Meteorite Pallasite Brahin, sourced from the rich geological heritage of Belarus. This extraordinary meteorite, classified as a pallasite, offers a unique blend of metallic and silicate components, making it a prized possession for collectors and enthusiasts alike.

• Unmatched Beauty: The Brahin pallasite is renowned for its stunning appearance, featuring large, clear, and translucent olivines that add to its aesthetic appeal.
• Historical Significance: Discovered in 1810, this meteorite holds historical importance, offering a glimpse into the early days of meteorite research and the fascinating geological processes of our solar system.

Product Details

Our Meteorite Pallasite Brahin – Belarus is a meticulously cut and polished slice, showcasing the intricate details of this celestial wonder. With a weight of 2.7g and dimensions of 1.6 x 1.6 x 0.2 cm, it is a perfect size for display or as a unique piece of jewelry.

• Composition: The pallasite is composed of iron, nickel, and olivine, with the olivine crystals often exhibiting a rich green to brown color, adding to the meteorite's visual appeal.
• Historical Context: The Brahin meteorite field, measuring approximately 15 kilometers in length and 3 kilometers in width, is a testament to the geological activity that shaped our solar system.

Practical Applications and Benefits

Whether you are a geology enthusiast, a collector, or simply someone who appreciates the beauty of the cosmos, the Meteorite Pallasite Brahin – Belarus offers a range of benefits. Its historical significance, unique composition, and stunning aesthetics make it a valuable addition to any collection.

• Collectible Value: This meteorite is not just a beautiful piece but also a piece of history, making it highly sought after by collectors and enthusiasts.
• Scientific Interest: The Brahin pallasite provides insights into the formation of our solar system and the processes that occur within planetesimals.