NWA 16975 LL3 Ordinary Chondrite Meteorite End Cut – 68g in Riker Display Case
$205.00 USD
Sale price
$205.00 USD
Regular price
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Meteorite Details
Meteorite Name: NWA 16975
Subtype: Ordinary Chondrite
Classification: LL3
Weight: 68.0 g
Year Found: 2024
Fall / Find: Find
Location: Algeria
Specimen Description
NWA 16975 is a classified LL3 ordinary chondrite, representing a primitive and unequilibrated meteorite formed in the early solar system. This 68g end cut from Northwest Africa reveals a well-preserved internal structure with visible chondrules set within a lighter matrix, characteristic of low petrologic type 3 material. LL3 chondrites are among the least thermally altered ordinary chondrites, retaining distinct chondrule boundaries and original textures that provide insight into early solar system formation processes. Offered as an end cut in a display-ready Riker case, this specimen combines scientific significance with strong visual appeal, making it an excellent addition for collectors seeking well-defined chondritic structure.
NWA 16975 LL3 Ordinary Chondrite Meteorite End Cut – 68g in Riker Display Case
$205.00 USD
Sale price
$205.00 USD
Regular price
Specimen Details:
- Classification: LL3 ordinary chondrite
- Mass: 68 grams
- Type: End cut slice
- Meteorite: NWA 16975
- Display: Riker presentation case included
Museum-Grade Presentation
Your specimen arrives in a beautiful Riker display case, providing crystal-clear viewing while protecting this valuable piece. The transparent case allows you to fully appreciate the meteorite's primitive texture, distinct chondrules, and natural features from every angle.
Scientific Significance
LL3 ordinary chondrites represent some of the most primitive material available to collectors, having experienced minimal thermal metamorphism since their formation 4.56 billion years ago. This low petrologic type preserves pristine features including well-defined chondrules and primitive matrix material, making these specimens valuable for both scientific study and serious collections.
End cut slices offer a unique perspective, often revealing the meteorite's internal structure and fusion crust in a single piece. Each specimen includes documentation of its classification and provenance, ensuring authenticity for your collection.