DDG-0.01 Electrode na Masana'antu

1. Daidaiton lantarki: 0.01
2. Ƙarfin matsi: 0.6MPa
3. Kewayon aunawa: 0.01-20uS/cm
4. Haɗi: bututu mai tauri, bututun bututu, shigarwar flange
5. Kayan aiki: 316L bakin karfe ko Titanium Alloy
6. Aikace-aikace: tashar wutar lantarki, masana'antar sarrafa ruwa

Gudanar da wutar lantarkima'auni ne na ikon ruwa na wucewar kwararar lantarki. Wannan ikon yana da alaƙa kai tsaye da yawan ions a cikin ruwa
1. Waɗannan ions ɗin da ke aiki da iskar oxygen suna fitowa ne daga gishirin da aka narkar da shi da kuma kayan da ba na halitta ba kamar alkalis, chlorides, sulfide da kuma mahadi masu amfani da carbonate.
2. Ana kuma kiran mahaɗan da ke narkewa cikin ions da electrolytes 40. Yawan ions da ke akwai, yawan conductivity na ruwa. Haka nan, ƙarancin ions da ke cikin ruwa, ƙarancin conductivity na ruwa. Ruwan da aka tace ko aka cire ion zai iya aiki a matsayin insulator saboda ƙarancin darajar conductivity (idan ba a rage shi ba). Ruwan teku, a gefe guda kuma, yana da babban conductivity.

Ion yana gudanar da wutar lantarki saboda cajinsa mai kyau da mara kyau
Idan electrolytes ya narke a cikin ruwa, sai su rabu zuwa ƙwayoyin da aka caji da kyau (cation) da kuma waɗanda aka caji da kyau (anion). Yayin da abubuwan da aka narkar suka rabu a cikin ruwa, yawan kowanne caji mai kyau da mara kyau ya kasance daidai. Wannan yana nufin cewa ko da yake watsawar ruwa yana ƙaruwa tare da ƙarin ions, yana kasancewa tsaka tsaki a wutar lantarki.