Measures to eliminate static electricity can be done by physical methods or chemical methods: generally it can be attributed to “ground”; second, “device” (installation of eliminator); third, “agent” (with antistatic agent); By "shield".
Static eliminators (air ionization techniques) are increasingly being used to control or neutralize static charges in critical situations. The principle is that an air ionic generator made of a static eliminator actually makes the air sufficiently conductive. To eliminate static electricity on the insulator and the insulated conductor. Air ions are molecules that get or lose electrons in the air. The ions are present in normal air, but are removed after passing through the filter and air conditioner. The ions then generate high voltage when applied to the tip object, causing radiation radiation, that is, corona discharge. . All air ionization systems operate by injecting a large amount of positive or negative ions into the air. When the ionized air comes into contact with the surface of a charged object, the surface attracts ions of opposite polarity and accumulates in the product or The static electricity on the surface of the device is thus neutralized and eliminated.
Static eliminators are classified into inductive static eliminators, AC static eliminators, steady-state DC static eliminators, pulsed DC static eliminators, and isotope static eliminators.
