Brenham Meteorite Pendant Natural olive meteorite Titanium Alloy necklace Jewelry material Specimen Titanium Alloy Pendant - LK046

Brenham Boliham Olive Meteorite! A brief introduction to the data of nickel iron meteorite Brenham olivine iron meteorite Name of meteorite: Brenham Meteorite origin: 37 ° 34 '57 "N, 99 ° 9' 49" W, Kansas, USA Discovered in 1882 Meteorite classification: Pallassite, PMG-an olivine iron meteorite Total weight of meteorite: 4.3 tons Although olive meteorites are very rare meteorites, there are still enough olive meteorites found and preserved in museums for research. This is because the number of meteorites found is enough, and some of them have a mass greater than one metric ton. The following are some of the largest olivine meteorites found: Brenham: It was discovered in Kansas, USA, in 1980. It was originally reported that there were about 20 pieces of debris scattered in the shallow pit of Haveland Pit, with a total mass of about 1000 kg. Later, more debris was found, including a meteorite buried 5 feet underground and weighing 1000 pounds (454 kilograms), with a total mass of 3.4 metric tons. A 487kg meteorite was collected in the Natural History Museum in Chicago. In 2005 and 2006, Steve Arnold in Arkansas and Filmani in Texas excavated some large meteorites, the heaviest of which was 650 kg Weight:9grams Size:21*39*4.2MM Reminder: Because the meteorite contains iron, it is easy to rust and corrode when exposed to the air, so we will wrap it with epoxy coating. This prevents the meteorite from rusting and keeps it longer. Please understand that! Tip: This product is a naturally formed shape, so each product is unique, if you like this product, please buy it as soon as possible, otherwise other buyers will buy and collect.

• DISCOVERY: Found in 2016 by two African brothers searching for camels near Habavi in the south of Serico, Kenya
• CLASSIFICATION: Rare stony iron meteorite with low weathering, belonging to the olivine category which represents only 0.3% of all meteorites
• LOCATION: Precisely documented fall site at coordinates 1°5'41.16"39°N, 6'8.30"E in Serico, Kenya
• HISTORICAL SIGNIFICANCE: Named and officially documented on August 3, 2017, adding to the scientific record of meteorite findings
• GEOLOGICAL CONTEXT: Found in a densely rocky area unusual for the region, making it a distinctive discovery in the local landscape