Dihyperchloric anhydride

Dichlorine heptoxide is a chlorine oxide compound with a specific chemical composition. This compound is composed of chlorine and oxygen elements, and its molecular formula can be represented as Cl2O7. In different chemical literature, it may also be referred to as dichlorine heptoxide, perchloric anhydride, or chlorine heptoxide, among others. Although the names may differ, they all refer to the same substance. In the field of chemistry, dichlorine heptoxide is widely recognized for its unique molecular structure. Its molecule contains two chlorine atoms and seven oxygen atoms, which gives it unique properties and applications in chemical reactions. Because of the number of chlorine atoms in its molecular formula, it is also classified as a chlorine oxide. The chemical formula Cl2O7 of dichlorine heptoxide can also be found under other scientific names, such as chlorine heptoxide or dichlorine heptoxide. These names are derived from its molecular structure, where the ratio of chlorine atoms to oxygen atoms is 2:7.

ChEBI: Dichlorine heptaoxide is a chlorine oxide.

Chlorine oxides, with the chemical formula Cl2O7, are a versatile chemical substance with multiple applications. In the industrial sector, its main use is as an oxidizing agent to promote chemical reactions, and it is also used in the production of bleaching agents and disinfectants to remove colorants and kill harmful microorganisms. However, this substance has certain corrosive and toxic properties, and if handled improperly, it can cause serious harm to humans and the environment. Therefore, strict adherence to safety regulations must be followed when using chlorine oxides to ensure the safety of personnel and environmental protection. The CAS number, or Chemical Abstracts Service number, of chlorine oxides is 10294-48-1 and 70456-55-2, which are internationally uniform identifiers for chemical substances, facilitating global management and query. In China, chlorine oxides are clearly classified as hazardous chemicals, and according to China's Regulations on the Safety Management of Hazardous Chemicals, their storage, transportation, and use must strictly comply with relevant regulations to ensure public safety. Although chlorine oxides have widespread industrial applications, their potential dangers cannot be ignored. We must take a cautious approach to the storage, transportation, and use of chlorine oxides to ensure the safety of human life and the stability of the environment. Meanwhile, we should also actively explore safer and more environmentally friendly alternatives to reduce our dependence on this hazardous chemical substance.

Molecular Weight:182.90
XLogP3:5.5
Hydrogen Bond Acceptor Count:7
Exact Mass:181.9021077
Monoisotopic Mass:181.9021077
Topological Polar Surface Area:112
Heavy Atom Count:9
Complexity:283
Covalently-Bonded Unit Count:1
Compound Is Canonicalized:Yes