CAS: 22629-49-8
Ozonile, also known by its more precise chemical name 3,3,6,6-tetramethyl-1,2,4,5-tetroxane (TD2N), is a highly unstable and energetic organic peroxide with CAS number 22629-49-8. It is a cyclic dimer formed from the reaction of acetone and hydrogen peroxide. Typically appearing as a white crystalline solid, Ozonile is extremely sensitive to heat, friction, impact, and shock, making it a powerful and dangerous primary explosive. Its relative ease of synthesis from common precursors makes it infamous for its use in improvised explosive devices (IEDs).
Ozonile (TD2N) has virtually no legitimate commercial or industrial uses due to its extreme instability, high sensitivity, and explosive properties. It is primarily studied in academic and forensic chemistry to understand its chemical properties, reaction mechanisms as an organic peroxide, and explosive characteristics. Its formation is often an unintended consequence in industrial processes involving peroxides, or it is deliberately synthesized for illicit purposes.
Despite its high energy content, Ozonile (TD2N) lacks any safe or controlled applications in conventional industry or consumer products. The primary 'application' of Ozonile, albeit illicit and highly dangerous, is its use as a primary explosive in improvised explosive devices (IEDs) due to its powerful detonation characteristics and the accessibility of its precursor materials. In scientific research, it serves as a model compound for understanding the chemistry of highly reactive peroxides and the mechanisms of detonation.
Ozonile (TD2N) is an extremely hazardous and highly dangerous substance. It is a powerful primary explosive, notoriously sensitive to heat, friction, impact, and static electricity, capable of detonating violently without confinement. Handling Ozonile requires specialized training, explosion-proof environments, and rigorous safety protocols, typically only found in controlled research or forensic laboratories. It poses severe risks of burns, fragmentation injuries, and fatalities upon accidental detonation. While the primary danger is its explosive nature, ingestion, inhalation, or skin contact can also cause irritation and systemic harm. Storage, if absolutely necessary, is typically under strict conditions, often wetted with water or a desensitizing agent, to mitigate its extreme explosive risk.
TD2N3366-tetramethyl-1245-tetroxaneAcetone peroxide dimerDiacetone diperoxideDADPCyclic acetone diperoxide
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