Corrosion Control

Corrosion Control

Corrosion is inevitable in the electronics manufacturing industry. The process of oxidation causes the metal to flake off and lose its properties and incur huge loss to the electronic industries. It takes little corrosion to impact some of the micro-miniature devices that are used in electronic applications. It is caused by many contaminants, from acid gases to ozone and moisture inside the facility.

AQOZA offers compact energy efficient units to protect electronics and other critical equipment from corrosion. The major application area is electronic manufacturing, server rooms, laboratories, control panel rooms, equipment room in industries like data centres, healthcare, paper & pulp, petrochemical, wastewater treatment and other manufacturing industries which produced corrosive gases.

Advanced Solutions For Corrosion Control & Monitoring

Corrosion is the deterioration caused by contaminants, from acidic gases to ozone and moisture in the facility and around us. The process of oxidation causes the metal to flake off and lose its properties and incur huge loss to the electronics goods. It takes little corrosion to impact some of the micro-miniature devices that are used in electronic applications. Whatever its cause, the results are futile to ignore.

The ever-improving performance of machines is achieved by decreasing the size of electronic components and the distances electric signal have to travel. This causes the hardware parts more prone to attack by the corrosive gases and particle in the atmosphere. Therefore, the need to control atmospheric corrosion by airborne contaminants and to specify the acceptable limits is critical data for continued operation of equipment is very important at present scenario. As a whole, an effective guide to corrosion control solutions is the only way out.

AN INSIGHT- ISO 14644-1 has become the dominant, worldwide standard for classifying the cleanliness of air in terms of concentration of airborne particles. A very convenient a quantitative way to determine the corrosivity of air in a clean room is so called “reactive monitoring” method described in ISA-S71.04.