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The Main Application Of “Dimensionally Stable Anodes” (DSA) ″Dimensionally stable anodes″ (DSA) is widely used in the area of wastewater treatment, electrolysis, and electroplating. The electrode has an important function in the electrochemical reaction, which has a great influence on the reaction speed and reaction mechanism. Meanwhile, electrode material has an important influence on many parameters, like momentum point during the electrochemical reaction. DSA plate, which has a long lifespan and no second

Why Titanium Electrodes is Efficient in Electrochemical Process? The choice of titanium was based on the fact that it exhibits unusually high resistance to corrosion. This material is especially known for its outstanding resistance to chlorides and other halides generally present in most process streams. Its resistance is greater in the presence of oxidizing conditions, thus when Ti becomes anode (highly oxidizing conditions) there is no danger of corrosion and unwanted consumption of the material. Moreover, it is not a harmful ele

The Characters of Diamond Coated Electrodes in Electrochemical Process The most important electrochemical properties of diamond coated electrodes are the very high corrosion stability in electrochemical applications and the extremely high overvoltage for water electrolysis, providing the possibility of producing strong oxidizing solutions with extremely high efficiency. Boron doped diamond films have been deposited on silicon, siliconcarbide, and different industrial electrode materials, like niobium, tantalum, titanium, tungste

How Platinum Electrodes are Used in Electrochemical Process? Platinum electrodes resist dissolution not only because of their position in the galvanic series as a noble metal but also because it forms an electrically conductive passivating thin surface film. The dissolution rate of platinum anodes in seawater is rated as about 2 x 10-6 kg / kiloamp-hour. The high expense of platinum combined with its very low rate of wear has to lead to it being primarily used as a thin film plating over less expensive metals. The most cost effecti