Close-up of a fragment of Trinitite, a material formed from the first atomic bomb explosion, embedded in clear acrylic. The piece has a greenish tint and a rough, uneven surface with visible texture, reflecting its unique origin from the historic Trinity test.
Close-up of a fragment of Trinitite, a material formed from the first atomic bomb explosion, embedded in clear acrylic. The piece has a greenish tint and a rough, uneven surface with visible texture, reflecting its unique origin from the historic Trinity test.
Close-up of a fragment of Trinitite, a material formed from the first atomic bomb explosion, embedded in clear acrylic. The piece has a greenish tint and a rough, uneven surface with visible texture, reflecting its unique origin from the historic Trinity test.
Close-up of a fragment of Trinitite, a material formed from the first atomic bomb explosion, embedded in clear acrylic. The piece has a greenish tint and a rough, uneven surface with visible texture, reflecting its unique origin from the historic Trinity test.
Close-up of a fragment of Trinitite, a material formed from the first atomic bomb explosion, embedded in clear acrylic. The piece has a greenish tint and a rough, uneven surface with visible texture, reflecting its unique origin from the historic Trinity test.
Close-up of a fragment of Trinitite, a material formed from the first atomic bomb explosion, embedded in clear acrylic. The piece has a greenish tint and a rough, uneven surface with visible texture, reflecting its unique origin from the historic Trinity test.
Close-up of a fragment of Trinitite, a material formed from the first atomic bomb explosion, embedded in clear acrylic. The piece has a greenish tint and a rough, uneven surface with visible texture, reflecting its unique origin from the historic Trinity test.
Close-up of a fragment of Trinitite, a material formed from the first atomic bomb explosion, embedded in clear acrylic. The piece has a greenish tint and a rough, uneven surface with visible texture, reflecting its unique origin from the historic Trinity test.
Trinitite Video
Close-up of a fragment of Trinitite, a material formed from the first atomic bomb explosion, embedded in clear acrylic. The piece has a greenish tint and a rough, uneven surface with visible texture, reflecting its unique origin from the historic Trinity test.
Close-up of a fragment of Trinitite, a material formed from the first atomic bomb explosion, embedded in clear acrylic. The piece has a greenish tint and a rough, uneven surface with visible texture, reflecting its unique origin from the historic Trinity test.
Close-up of a fragment of Trinitite, a material formed from the first atomic bomb explosion, embedded in clear acrylic. The piece has a greenish tint and a rough, uneven surface with visible texture, reflecting its unique origin from the historic Trinity test.
Close-up of a fragment of Trinitite, a material formed from the first atomic bomb explosion, embedded in clear acrylic. The piece has a greenish tint and a rough, uneven surface with visible texture, reflecting its unique origin from the historic Trinity test.
Close-up of a fragment of Trinitite, a material formed from the first atomic bomb explosion, embedded in clear acrylic. The piece has a greenish tint and a rough, uneven surface with visible texture, reflecting its unique origin from the historic Trinity test.
Close-up of a fragment of Trinitite, a material formed from the first atomic bomb explosion, embedded in clear acrylic. The piece has a greenish tint and a rough, uneven surface with visible texture, reflecting its unique origin from the historic Trinity test.

Trinitite (First Atomic Bomb)

$64.99
Shipping calculated at checkout.

This product is unavailable

After months of research and testing, the top-secret "Manhattan Project" produced the world's first nuclear bomb. The device was successfully detonated on July 16th, 1945 at Alamogordo, New Mexico under the code name "Trinity". The resulting explosion was equivalent to the energy of 18,000 tons of TNT. The immense heat of the atomic blast melted the desert sand as it was drawn up into the fireball. The liquid sand rained down, forming sheets of glass as it cooled. This atomic glass has come to be known as Trinitite.

Details
  • Crystal-clear lucite acrylic
  • Handmade in USA
  • Authentic Trinitite from Alamogordo, New Mexico
Safety
Care Instructions

Wash with mild soap or detergent and lukewarm water. Use a clean, soft cloth, or sponge. Rinse and blot dry with a damp cloth or chamois.

*Never use abrasive cleaners, household cleaners, window-cleaning fluids, scouring compounds, gritty cloths, or strong solvents such as alcohol, acetone, carbon tetrachloride, etc.*

To maintain the brilliant luster of acrylic, wax and occasionally with a quality grade of automobile paste wax (NOT A CLEANER WAX COMBINATION.) Apply a thin coat with a clean, cotton flannel cloth. Then wipe with a clean damp cloth. NEVER USE HOUSEHOLD SPRAY WAXES.

Proudly made in the U.S.A.

Customer Reviews

Based on 18 reviews
89%
(16)
6%
(1)
0%
(0)
0%
(0)
6%
(1)
J
J.D.
Shipment issues

Ordered in early December, but still haven't gotten it. Blamed USPS. Re-sent via UPS and it sat in their warehouse for a week. Clearly not a USPS or UPS issue. Pretty disappointed in the lack of delivering. Not really sure if this company is legit or not.

R
Rebecca
Trinitite

Bought this as a graduation gift, it was really well packaged and it came with feet to put on the bottom which was nice. Definitely a really unique gift for history/science lovers but well worth the money!

L
Laura Turner
Amazing Quality

This arrived very quickly and was packaged so carefully! It’s such a cool gift for my physics obsessed son. It’s very good quality and I couldn’t be happier.

G
Garry Thomas

Great product fast shipping

I
Isabel Amato

Amazing item! Bought it as a gift and it was packaged safely with care!

123