cosmetic

  A salt cell in pool chlorinators is part of the system that actually converts Salt (NaCl) to Chlorine. As the chlorinator cell produces chlorine, scale develops on the metallic grids decreasing its performance.  The cell is cleaned by submerging in a mild acid solution until the scale that has developed has dissolved. Cleaning the cell too frequently or using an acid solution that is too concentrated will prematurely erode the coating off the titanium grids, and thus rendering the cell useless.   UTron manufactures s elf c lean s alt c ell   which  has the ability to   reverse the polarity of the voltage to clean calcium build-up off its electrodes . It consists of a series of titanium electrodes   coated with ruthenium   o xide or   i ridium o xide   coating . The electrodes work alternatively as a cathode or an anode to the purpose of eliminating the incrustations of c arbonate of c alcium and m agnesium which form on the surface.   This continuous reversing of polarity will keep t

  Current hard chromium plating processes are predominantly based on chromic acid and sulfuric acid, the nature of chrome  electroplating bath can impact the longevity of the anodes. In particular, free fluoride ions; it can  attack the metals of the anode   and cause corrosion .     Lead tin alloy anodes are commonly used for hard chrome plating, but   the sludge of lead chromate is   usually  formed on the bottom of the plating tank. As a soft metal, lead alloy   anode is easily deform or bend, which   affects the current density and result in uneven plating thickness and may cause short circuit. Platinized titanium anode is a good option in hard chrome plating, it reduces the amount of hazardous lead sludge generation, is dimensional stability, resulting in a more stable, homogeneous, and consistent-thickness plating process. Also, platinized anodes are much more flexible in shaping and dimensioning and can be designed according to the shapes of the work pieces to be plated.   UTron

  In electroplating industry, the  metal to be plated is dissolved in the electrolyte and the object to be plated is cathodically polarised. With the anodically polarised anodes, the electrical loop is closed. The counter reaction in the plating bath is oxygen evolution at the anode surface.   Anodes used in electroplating divided into soluble anode and insoluble anode, f or soluble anode, such as graphite anode and lead anode, lead dissolving in the electrolyte introduced   additional hazardous substances such as lead chromate and lead oxide into the electroplating line. The inter electrode gap increase   when graphite anode slowly dissolves , it s ignificantly   affects   the product quality constant and cell voltage.   UTron has design a novel Nano-sized   Mixed Metal Oxide   Titanium Anode for electroplating, its remains   constant inter electrode gap throughout the design life. This maintains   constant voltage and product quality.  It   is proven to   have lower anodic operating