Galvanic mud

Galvanic dirt is deposits consisting of scale, rusty deposits, clogging, scale and other impurities formed as a result of electrochemical corrosion of metals in aqueous solutions of electrolytes when passing an electric current of sufficient density. If there is no difference in the value of the electrochemical potential, then electrolysis of water under the influence of direct current in an air atmosphere can be observed in galvanic steam. Galvanic corrosion is an electrocorrosion process that occurs when a power circuit containing three metal electrodes is closed - a cathode, an anode and an electrolyte. The speed of the process increases significantly if there is an electrical contact at the point of contact of two dissimilar metals and if there are conditions for the removal of corrosion products, which allows us to consider this process as an electrochemical one. The strong mutual influence of materials on the rate of the process is determined not only by the interaction of the electronic shells of the solvent and the material, but also by the formation, functioning and division of atoms of electrolytic solutions at the interface. The voltage value at which the process of electrolysis of water begins is called the decomposition potential of water at a given temperature. Most metallurgical processes require two pairs of electrodes: an anode pair and a cathode pair. The anode is an electrode that performs the function of supplying the element with electric current from an external source. A cathode is an electrode that receives electrons from a discharge called a cathode, which are formed by the voltage between the electrodes. During the electrolytic galvanic bath, electrochemical corrosion of the material occurs. In the electrolytic production of galvanic cells or in high-performance electroplating with