Products Information

  In modern electroplating, inner wall (inner hole) plating has always been one of the technical challenges, particularly for achieving uniform coating on deep holes and complex-structured workpieces. The electroplating auxiliary titanium anodes (insoluble anodes) produced by UTron Technology Co., Ltd. have become an ideal choice for inner hole plating due to their excellent corrosion resistance, high current efficiency, and outstanding current distribution capabilities. These anodes demonstrate stable performance in various acid

    As an insoluble auxiliary anode, titanium anodes are widely used in industrial electroplating applications. Under various plating solutions and working conditions, the basic working principle remains the same. The metal to be deposited is dissolved in the electrolyte, and the metal substrate to be plated serves as the cathode, while the titanium anode functions as the anode, thereby forming a complete current transmission circuit. During the electroplating process, a concurrent chemical reaction occurs on the anode surfa

      In the hydrometallurgical industry of Electrowinning non-ferrous metals (EW) .Common solution systems include chloride solution, sulfate system solution and nitric acid system solution. The traditional anodes used in this industry are graphite and lead alloy anodes. In actual operation, there are many problems such as high battery voltage, heavy weight, uneven current density, pollution solution, short life, etc., especially secondary pollution problems, which affect the purity and quality

What is Electrochemical Oxidation for Defouling? Electrochemical oxidation defouling includes the production of chemicals (oxidants) at the electrode surface, such as hydrogen peroxide at the cathode, which is an effective biocide and reactive oxygen species at the anode (O2, O2-, O3, OH radicals). Defouling of inorganic scaling can be achieved when the potential is applied without pressure to increase cross flow velocity and shear removal efficiency of scaling. The majority of electrochemical defouling methods using intermediates