The compressed air dryer is a must to avoid rust and condensation problems. This helps remove water from your compressed air. The compressor draws 20 liters of air per second. The compressor removes moisture from the air, creating a dryer.

The four main types of compressed air dryers are air-cooled, chemical, dryer, and membrane dryers.

• Refrigerated dryer: They cool the air to low temperatures and condense most of the moisture. With refrigeration dryers, it is impossible to achieve sub-zero dew points. You can also look for refrigerated air dryers via https://compressedair.net.au/refrigerated-air-dryers/.

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• Chemical Dryers: These dryers pass compressed air through a layer of chemicals, usually calcium chloride and lithium chloride, which attract moisture.

• Membrane Desiccants: These are specially formulated membrane micro subjects that are selectively permeable to water vapor. Microtubes provide an excellent environment for dry air production from standard compressed air.

When choosing a pressure dryer, consider the following:

Don't exaggerate. Drying all the compressed air in the factory to a dew point of less than -40 is a waste. It makes more sense to divide the compressed supply according to the application.

Don't show less. Moisture damage results in high maintenance costs, downtime and loss of product. It is best to design a drying system that meets your specific needs.

A drying system containing only one additional coolant and a coupling filter can cause condensation problems after additional coolant.