What are the hazardous properties of organic peroxides
Classification: Company News
Nov 12,2021
Organic peroxides are a class of compounds that are highly oxidizing, flammable and hazardous. The hazardous properties of organic peroxides are listed below:
1. Explosive: Organic peroxides are a class of explosive substances that contain peroxide groups within their molecules, which are prone to exothermic reactions, generating oxygen and high heat. When encountering an ignition source or high temperature, organic peroxides may spontaneously combust or explode, resulting in serious injury or death and property damage.
2. Oxidizability: Organic peroxides have strong oxidizability and are capable of undergoing oxidation reactions with other substances, resulting in fire or explosion. In the process of storage and use, it is necessary to avoid contact with flammable substances, reducing agents and other substances to avoid accidents.
3. Toxicity: Some organic peroxides are toxic to humans and may cause poisoning reactions. Contact with or inhalation of organic peroxides may lead to respiratory difficulties, dizziness, nausea, vomiting and other symptoms, and even life-threatening in serious cases.
4. Photosensitivity: Some organic peroxides are sensitive to light and are prone to decomposition reaction after exposure to sunlight or ultraviolet rays, generating toxic gases or high temperatures, which increases the safety risk. During storage and transportation, they should be kept away from light and high temperature.
5. Corrosivity: Some organic peroxides are corrosive and can cause irritation and damage to skin, eyes and other tissues. It is necessary to wear protective equipment during operation to avoid direct contact with organic peroxides to avoid bodily injury.
In summary, organic peroxides have explosive, oxidizing, toxicity, photosensitivity and corrosive and other hazardous properties, operators need to strictly abide by the safety regulations in the use and handling process, and take effective protective measures to ensure the safety of personnel and the environment. In addition, equipment and facilities should be regularly inspected and maintained to avoid accidents. Only by fully recognizing and respecting the hazardous characteristics of organic peroxides can we effectively prevent and respond to potential safety risks.
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