The atmosphere contains humidity, in some climates or seasons more than others. When this ambient air is compressed, its temperature increases and its moisture content becomes more concentrated. When it leaves the compressor, the hot compressed air has typically reached 100% relative humidity. This means that moisture content in compressed air cannot be avoided. But it can be removed – with the help of a compressed air dryer. Learn more here.
A refrigerated air dryer uses a refrigeration system to cool compressed air and then condense and drain the moisture in the air. Here’s how it works. The untreated air enters the dryer and gets a first cool-down by the exiting cool, dry air in an air-to-air heat exchanger. Learn more about benefits of refrigerated dryers.
When employing an air compressor to drive pneumatic tools, it's common for the compressed air to carry contaminants, particularly moisture. Over time, the water entering your pneumatic tools through compressed air lines can lead to rust and deterioration, resulting in the constant need for tool replacements and potential operational downtime. Read more
Air dryers are sized based on your ambient temperature and incoming air, as well as the capacity of your air compressor. The larger the power consumption of your compressor, the larger the flow the dryer must be able to handle. Most importantly, you want to choose the right dryer based on the temperature of your environment and the air quality needs of your application. Explore more.