Detailed introduction:
Corrosion Control CORROSION CONTROL
Control corrosive gaseous pollutants and protect your critical equipment from corrosion.
Since the promulgation of the RoSH Directive of the European Union, under the background of lead-free, the manufacturing process and structure of electronic equipment have caused a non-negligible impact on the electronic information industry. Nowadays, silver is used as the surface treatment of electronic component circuit boards to replace traditional lead soldering, and compared with lead coatings, silver coatings with higher sensitivity are more susceptible to corrosion. The probability of poor contact will be greatly increased, and the resulting failure of data center hardware facilities will not only have a serious economic impact on the manufacturer, but also bring security and stability problems to users.
Although data center equipment is placed in relatively clean air, a layer of water film will still form on the metal surface, which is formed due to changes in the relative humidity of the air. Once the water film forms on the metal surface, corrosion electrochemical reactions will begin. But as far as air pollution corrosion is concerned, there are other factors besides this. Surveys have shown that SO2, H2S, chlorine, hydrogen chloride, hydrogen dioxide and other active chlorine compounds and other gaseous pollutants in the air, although the concentration in the air Only a few parts per billion, but they are deadly to electrical and electronic equipment.
Gaseous pollutants in the air (molecular pollutants can) damage electronic equipment, circuit boards and components. Attacks caused by corrosion can lead to production downtime, costly repairs, equipment failure and, in the worst case, replacement with new equipment. In industrial applications, nearly 40% of equipment failures are caused by corrosive air. Unplanned factory shutdown or equipment maintenance caused by corrosion of key sensitive electronic equipment will bring huge losses to the enterprise. Critical and sensitive electronic equipment that is well protected against corrosion prevents unplanned downtime, reduces maintenance costs, and avoids the additional expense of replacing equipment. Custom gaseous pollutant purification systems can effectively remove gaseous corrosion pollutants, keeping your critical sensitive electronic equipment free from corrosion.
