Description
Trinitite 5.6 gram New Mexico is a fragment of glass formed July 16, 1945. The first nuclear detonation at the Trinity Site produced extreme heat. Desert sand, rock, and construction materials fused into a glassy surface. Trinitite preserves both geological and human history.
Scientific Classification and Properties
| Property | Value |
|---|---|
| Material Type | Impact/thermal glass (anthropogenic glass) |
| Typical Composition | Silica (SiO₂) with feldspar, quartz, and trace oxides |
| Formation Process | Surface fusion from nuclear detonation (very high temperature) |
| Color | Olive-green to pale green; sometimes gray or frosted |
| Texture | Glassy with vesicles, flow lines, and occasional mineral inclusions |
| Locality | Trinity Site, White Sands Missile Range, New Mexico, USA |
| Typical Size (this listing) | 5.6 grams |
Collector & Legal Notes
Trinitite is a historically sensitive material. Collecting from the original Trinity Site is restricted. Verified and legally sourced specimens are appropriate for museum, educational, and private collections. Buyers should expect provenance documentation where available.
Uses & Applications
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Museum and educational exhibits illustrating human-induced glass formation.
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Scientific study of rapid melting, quenching, and glass textures.
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Historical collections and curated displays focused on 20th-century science.
This specimen is not sold as a metaphysical or therapeutic item.
Handling, Care & Preservation
Handle with care; glass edges may be sharp. Store in a padded case or acrylic box to avoid chips. Keep in a dry environment. Clean with a soft, dry brush or microfiber—do not use water or chemicals that could alter surface weathering or residues.
Aesthetic & Collector Evaluation
This 5.6 g piece shows classic Trinitite features: green glass color, internal vesicles, and a slightly frosted surface. Each piece is unique. The specimen’s small size suits cabinet displays or tabletop museum mounts.








