Trinitite Green Black Atomic Glass, Metal - 2.67 g
Brand : Jensan Scientifics LLC
- SKU:
- JPT-18892
- Condition:
- New
- Availability:
- Usually ships in 24 hours.
- Weight:
- 1.00 LBS
- Minimum Purchase:
- 1 unit
- Maximum Purchase:
- 1 unit
- Shipping:
- Calculated at Checkout
Green with black Trinitite atomic glass with metallic inclusions
This authentic 2.67-gram Trinitite fragment preserves olive-green atomic glass, darker gray-black granular areas, and visible metallic inclusions from the Trinity nuclear test environment. Legally collected in 1948, this specimen includes XRF verification, a Certificate of Authenticity, information, a tag, a tag stand, and a round display disc.
Trinitite is the fused desert glass created during the first atomic detonation at the Trinity site in New Mexico on July 16, 1945. This green with black specimen is especially collectible because its metallic inclusions and mottled surface make the material's violent formation process unusually visible.
Green Black Trinitite Geological Significance
This green with black Trinitite specimen represents one of the most historically significant human-made glasses on Earth. Formed when desert sand, tower material, and test-site debris were exposed to the extreme heat of the Trinity detonation, Trinitite records the transition from World War II weapons research into the Atomic Age.
The green color reflects the fused silica-rich desert sand matrix, while the darker black areas and metallic traces are consistent with the incorporation of iron-rich material from test-site structures. Because this piece was legally collected in 1948 and is accompanied by XRF verification, it has stronger collector documentation than loose or undocumented atomic glass fragments.
Trinitite Specimen Description
This trinitite fragment displays the classic olive-green to gray-green coloration that defines the material, set against a mottled surface mixing darker gray-black granular areas with lighter tan and beige patches. The specimen has an irregular, roughly trapezoidal form with jagged, fractured edges, indicating it broke from a larger melt sheet. A pale cream-colored protrusion in the lower right suggests an incompletely fused mineral or a compositionally distinct pocket within the melt.
Under 4× magnification, the surface reveals considerably more complexity. Dark metallic inclusions — likely iron or steel fragments from the tower hardware that supported the "Gadget" device — are distributed across the glassy matrix, appearing as sharp black streaks and specks embedded within the fused silica. These metal traces are a distinguishing feature, evidence of the tower's vaporization and subsequent incorporation into the cooling melt.
Scattered white mineral fragments, probably partially fused quartz grains, punctuate the surface alongside fine iridescent glinting consistent with the glassy silica matrix catching light across its irregular microstructure.
The rough, vesicular surface reflects gas bubbles trapped during the near-instantaneous cooling that followed the Trinity detonation on July 16, 1945. The variation in green intensity across the fragment reveals differing degrees of mineral fusion and oxidation heterogeneity, preserving evidence of the thermal gradient across the desert floor during the explosion. Overall, this specimen's tonal range and metallic inclusions make its violent formation process openly legible.
Gold Standard Product Details
| Object Type | Authentic green with black Trinitite atomic glass fragment |
| Locality | Trinity site region, New Mexico, USA |
| Dimensions | 24 mm × 18 mm × 7 mm |
| Weight | 2.67 grams |
| Specimen Description | Green and black Trinitite with mottled gray-green glass, darker granular areas, lighter tan patches, vesicular texture, and visible metallic inclusions. |
| Scientific Significance | Atomic-age fused glass formed during the Trinity nuclear test on July 16, 1945; a historically important material documenting high-temperature fusion of desert sand and test-site debris. |
| What Is Included | Round display disc with specimen, information, tag, tag stand, Certificate of Authenticity, and XRF; Acrylic base and photo cube are not included |
| Use & Display | Suitable for adult collectors, geology displays, Cold War history collections, educational reference, and atomic-age material culture collections; not intended for jewelry, inhalation, ingestion, or handling by children |
| Authentication & Compliance | Legally collected in 1948. Includes XRF verification and Certificate of Authenticity. This material is handled and shipped as a low-level radioactive collectible in accordance with applicable U.S. requirements. |
| Shipping | Shipping calculated at checkout |
| U.S. Shipping | Free Priority Shipping within the USA |
Images professionally photographed under controlled studio lighting using Zeiss optics and a pro-grade Canon camera.
Rarity and Significance
| Scientific Significance | ★★★★★ |
| Market Availability | ★★ |
| Radiation Level | ★ |
| Display Appeal | ★★★★★ |
What sets this specimen apart is the combination of green atomic glass, darker black granular areas, an embedded angular fragment, and visible metallic inclusions. Rather than appearing as a simple green glass fragment, this Trinitite preserves multiple visual signatures of the Trinity detonation environment in one compact, documented specimen.
Questions Commonly Asked About Green Black Trinitite
What makes green black Trinitite different from ordinary green Trinitite?
Green Trinitite is the most familiar form, but black areas and metallic inclusions point to more complex melt chemistry and the incorporation of non-sand material during formation. This gives the piece greater visual and interpretive value for collectors who want more than a simple green glass fragment.
Is Trinitite natural or human-made?
Trinitite is human-made in origin, but it is also a genuine geological glass formed by extreme heat, rapid melting, and rapid cooling. It occupies a rare boundary between geology, military history, materials science, and atomic-age collecting.
Why are metallic inclusions important in Trinitite?
Metallic inclusions help tell the formation story. In black or metal-bearing Trinitite, metallic-rich particles may reflect tower hardware or other test-site material incorporated into the molten glass during the detonation.
How should Trinitite be handled and displayed?
Keep Trinitite enclosed in its display container when possible, avoid inhaling or ingesting dust or particles, and wash your hands after direct handling. It should be treated as an adult scientific collectible, not as jewelry or a toy.
This documented green with black Trinitite atomic glass offers a compact but unusually expressive example of Trinity test material. Its metallic inclusions, mottled coloration, and XRF-supported documentation make it a strong addition to a serious atomic history or geology collection, or as a rare scientific collectible.
