Pallasite Meteorite Value Guide

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Pallasite Meteorite
Estimated Value
$300 – $500
Period
Precambrian
Origin
Space
Materials
Iron, Nickel, Olivine

Pallasite meteorites are extraordinary celestial specimens prized for their unique composition of translucent olivine crystals suspended in a metallic iron-nickel matrix. Originating from the core-mantle boundary of ancient differentiated asteroids, these Precambrian relics offer a rare physical glimpse into the internal structure of early solar system bodies.

What Is Pallasite Meteorite Worth?

The typical price range for Pallasite Meteorite is $300 - $500 based on recent sales. However, values can vary depending on the item's condition, rarity, and other factors such as:

  • Translucency and color of the olivine crystals, with vibrant 'gem-quality' green being more desirable than dark or opaque inclusions.
  • The ratio of metal to silicate, as well as the overall stability of the iron to prevent 'rusting' or terrestrial weathering.
  • Historical provenance or association with famous falls like the original 1772 Siberian discovery by Peter Simon Pallas.
  • Preparation quality, specifically how well the slice has been polished and stabilized to prevent oxidation of the nickel-iron.

How to Identify Pallasite Meteorite?

  • Look for the signature 'stained glass' appearance created by yellowish-green olivine crystals embedded in polished metal.
  • Verify the presence of a Widmanstätten pattern in the iron-nickel matrix, which is only visible in genuine meteoric iron.
  • Check for a high density and magnetic response due to the significant iron and nickel content characteristic of the Pallas group.
  • Examine the exterior for a fusion crust or regmaglypts (thumbprint-like indentations) if the specimen is in its raw, unpolished state.

History of Pallasite Meteorite

Pallasites are thought to originate from the core-mantle boundary of differentiated asteroids. They are named after Peter Simon Pallas, who discovered the first pallasite in Siberia in 1772. These celestial visitors offer a unique glimpse into the early solar system's formation and the internal structure of asteroids.

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