High-quality compressed air has become an essential tool for modern manufacturing systems or processes. A wide variety of torque drives, pneumatic grippers, air presses, and impact wrenches require low humidity air for optimum reliability and service life.
A variety of air drying solutions are available to provide dew point control and prevent condensation degradation when operating downstream air equipment. You can also look for the best refrigerated air dryers via https://compressedair.net.au/refrigerated-air-dryers/.
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Of the conventional air dryers sold today, they offer the lowest dew point down to -40°C. The dryer works by allowing air to flow through highly porous and hygroscopic material such as aluminum oxide, which extracts and traps vapors from the gas stream via adsorption.
Refrigeration dryers provide humidity control by using one or more refrigerant circuits. The steam condenses along the heat exchanger cooling pipe and flows into a collection container which can be emptied manually or automatically.
While implementing a refrigeration dryer has a higher initial cost, a well-designed system dries the air more efficiently, resulting in lower operating costs for larger operations.
This type of air-conditioned dryer may not have as low a dew point as a dryer, but it works well for most manufacturing facilities.
When selecting an air-drying solution, it is important to design it specifically for compressed air use and for future expansion of the system. Knowing the dew point, pressure and flow requirements will help you select the most cost-effective long-term solution for today's highly efficient manufacturer.