Available Home Bir Zar 011 – Complete Angrite Individual (11.93 g) $11,930.00 Meteorite: Bir Zar 011 (BiZ 011) Classification: Angrite (gabbroic angrite) Mass: 11.93 grams Form: Complete individual Fusion crust: Fully preserved, glassy and exceptionally fresh Weathering: Minimal to none Provenance: Tatawin region, Tunisia Year found: 2023 Scientific interest: Rare angrite with pristine fusion crust, representative... Add to collection
Available Home ITQIY – Partial Slice with Fusion Crust | 14.80 g $1,776.00 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 Add to collection
Home 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 View
Available Angrites – Rare Achondrite Meteorites Oued Namous 001 – Angrite (27.09 g) OuedNamous27g09 $5,418.00 Oued Namous 001 – Angrite (27.09 g) Rare angrite specimen displaying natural fusion crust with protruding gemmy green olivine phenocrysts and visible vesicles, reflecting its volcanic origin. An exceptional example of one of the oldest igneous meteorite groups, prized for its scientific importance and distinctive mineralogy. Add to collection
Available Oued Namous 001 – Angrite Meteorite Oued Namous 001 – Volcanic Angrite with Vesicles & Fusion Crust (97.80 g Individual) $19,560.00 A rare 97.80 g individual of the volcanic angrite Oued Namous 001, displaying abundant spherical vesicles (vugs), a textured fusion crust, and visible green olivine phenocrysts—an exceptional witness to early Solar System volcanism. Add to collection