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Meteorites For Sale, For Science, Education and Collectors since 1996

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ITQIY Meteorite Slice 14.80 g with Fusion Crust

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ITQIY – Partial Slice with Fusion Crust | 14.80 g

Name: ITQIY Observed fall: No Provenance: Sahara Desert Classification: Classified as an ungrouped enstatite-rich meteorite, then later as an EH7-anom Mass:14.8 grams, slice with fusion crust Form: Unique coarse-grained, metal-rich enstatite meteorite Link to publication Meteoritical Bulletin: https://www.lpi.usra.edu/meteor/metbull.cfm?code=12058

Lov 263 Pallasite Slice – Ungrouped Pallasite with Olivine & Pyroxene

Lov 263 Pallasite Slice – Ungrouped Pallasite with Olivine & Pyroxene 2

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Pallasite Lov 263 - 120 g

Lov 263 – Pallasite (120 g)Complete pallasite slice, mounted on a display stand, featuring an exceptional association of translucent olivine and pyroxene set within an atypical metallic matrix. A rare and singular specimen from the Atacama Desert.

ITQIY Meteorite – Unique Ungrouped Main Mass End Cut (658 g)

ITQIY Meteorite – Unique Ungrouped Main Mass End Cut (658 g) 2

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ITQIY Main Mass - 658 g

Name: ITQIY Observed fall: No Provenance: Sahara Desert Classification: Classified as an ungrouped enstatite-rich meteorite, then later as an EH7-anom Mass: 658 grams, main mass Form: Unique coarse-grained, metal-rich enstatite meteorite Link to publication Meteoritical Bulletin: https://www.lpi.usra.edu/meteor/metbull.cfm?code=12058 Price on request

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Lunar Meteorite 477 g – Complete Anorthositic Breccia with Green Crust

Lunar Meteorite 477 g – Complete Anorthositic Breccia with Green Crust 2

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Lunar Meteorite – Complete Anorthositic Breccia with Green Fusion Crust – 477 g

LunarMeteorite477g

Lunar meteorites with preserved green fusion crust are particularly important from a scientific and educational perspective, as they illustrate the strong link between bulk chemical composition and atmospheric ablation behavior. The scarcity of iron in lunar anorthosites — dominated by plagioclase feldspar — fundamentally alters the chemistry of the...

Imilac – Oriented Pallasite with Flow Lines (882.60 g)

Imilac – Oriented Pallasite with Flow Lines (882.60 g) 2

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Pallasite Imilac Oriented - 882.60 g

PallasiteImilacOriented882g60

Imilac – Oriented Pallasite (882.60 g)Exceptional oriented pallasite preserving pronounced aerodynamic flow lines formed by molten metal during atmospheric entry. A large, visually striking specimen clearly recording its direction of flight.

Lunar Meteorite NWA 11472 – Anorthositic Breccia End Cut 944 g

Lunar Meteorite NWA 11472 – Anorthositic Breccia End Cut 944 g 2

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Lunar Meteorites

Lunar Meteorite NWA 11472 – Anorthositic Breccia End Cut – 944 g

Name: NWA 11472 (pairing) Observed fall: No Provenance: Northwest Africa (Sahara Desert) Classification: Lunar meteorite – Anorthositic breccia Mass: 944 grams Form: End cut Structure: Lunar breccia with visible lithic clasts Link to publication Meteoritical Bulletin: https://www.lpi.usra.edu/meteor/metbull.cfm?code=66172

Golden Pallasite – Aeolian Sculpting Example (92.30 g)

Golden Pallasite – Aeolian Sculpting Example (92.30 g) 2

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Golden Pallasite – (92.30 g)

GoldenPallasite92g30

Golden Pallasite – Exceptional Sculptural Form (92.30 g)Rare Golden Pallasite specimen displaying an unusually open, perforated morphology with naturally sculpted metallic reliefs and warm bronze patina. A striking example of extreme desert weathering revealing complex three-dimensional structure.

Golden Pallasite – 146.30 g - Rare Desert-Sculpted Pallasite

Golden Pallasite – 146.30 g - Rare Desert-Sculpted Pallasite 2

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Golden Pallasite – (146.30 g)

GoldenPallasite146g30

Golden Pallasite – 146.30 g - Sculpted Desert FormPallasite specimen displaying an extraordinary naturally sculpted shape and a distinctive bronze-golden patina on its metal surface. Known as a “Golden Pallasite” for its appearance under the Saharan sun, this specimen is the result of long-term natural sandblasting in an extreme desert environment.

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