Ozone is a reactive form of oxygen, with the chemical formula O3, produced by electrical discharge into air and capable of degrading certain materials.
Ozone is a reactive form of oxygen with three atoms per molecule, written O3, formed when an electrical discharge passes through air. It is more chemically active than ordinary oxygen, and its reactivity allows it to attack and degrade certain materials over time, particularly rubbers and some polymers used in insulation and jackets.
Because electrical equipment can generate ozone through discharge, materials exposed to it must be able to resist its effects. Ozone can cause cracking and deterioration in susceptible compounds, so cable intended for environments where ozone is present is made with ozone-resistant materials that maintain their integrity despite exposure.
In commercial and industrial settings, awareness of ozone resistance is part of selecting cable for locations near equipment that produces it or for outdoor exposure. Materials chosen for ozone resistance help ensure dependable long-term performance where ozone would otherwise degrade the cable.
Because electrical equipment can generate ozone through discharge, materials exposed to it must resist its effects, so cable for such environments or for outdoor service is made with ozone-resistant compounds that maintain their integrity despite the reactive gas.
Recognizing how ozone affects rubber and certain polymers helps in selecting cable for environments near discharge-producing equipment or outdoor exposure, where resistance to ozone supports longevity.
At Windy City Wire, an understanding of environmental factors like ozone supports the selection of cable with suitable materials. Recognizing how ozone affects certain compounds helps customers match cable to environments where resistance to ozone is important for longevity.
Chemical formula O3