Meteorite Steinbach 0,5g – Germany
Type: iron meteorite, IVA-an (anomalous)
Locality: Germany
Weight: 0,5g
Dimensions: 12 x 10 x 2 mm
Year found: 1724
Total known weight: 98 kg
Surface treatment: cut, polished slice
Packaging: Transparent plastic box (5,8 x 3,8 x 1,6 cm)
Note: This particular specimen originates from a new discovery made in 2025.
Steinbach – An Exceptional Iron Meteorite with Silicates
History of the Discovery
Steinbach is one of the most fascinating European meteorites. The first recovered specimens date back to the early 18th century and were found near the village of Steinbach in Saxony. Additional fragments were later discovered in the vicinity of Johanngeorgenstadt and Rittersgrün. The total known weight of the meteorite is approximately 98 kilograms.
Unusual Mineral Composition
Steinbach is classified as an anomalous IVA iron meteorite. It consists primarily of an iron-nickel alloy containing silicate-rich areas composed of olivine, pyroxene, tridymite, and other minerals. The meteorite also contains kamacite, taenite, plessite, chromite, and troilite. This unusual combination of minerals makes Steinbach one of the most remarkable iron meteorites in the world.
Why Isn't It a Pallasite?
For many years, Steinbach was considered a pallasite because it contains translucent olivine crystals embedded within a metallic matrix. Modern mineralogical studies have shown, however, that its silicate portion is not composed solely of olivine but represents a more complex igneous rock containing pyroxene, tridymite, and other minerals. Its structure and formation therefore differ significantly from those of true pallasites, and it is now classified as an anomalous IVA iron meteorite.
Widmanstätten Pattern
When an etched surface is examined, the metallic portion of the meteorite reveals a distinct Widmanstätten pattern formed by kamacite and taenite. Combined with the translucent silicate areas, it creates a unique appearance rarely seen among iron meteorites.
Collectible Value
Steinbach is a highly sought-after collector's meteorite. Its historical significance, limited amount of known material, and extraordinary combination of a metallic matrix with silicates make it one of the most desirable European meteorites for collectors and museums.



