Air Dryer

Air Dryer

Customized for every application


Air Dryer are available in different material designs: galvanized steel, stainless steel, copper, and smooth pipe. These product variations allow us to offer solutions that best fit to our customer's applications.

  • Stainless Steel Plain Tube Heat Exchangers for the paper industry
    Stainless Steel Plain Tube Heat Exchangers for the paper industry
  • Galvanized Steel Heat Exchanger for drying application
    Galvanized Steel Heat Exchanger for drying application

Heavy industrial loadings or high temperatures make no difference to air dryers made of galvanized steel. They are manufactured completely from steel to form a welded unit. The elliptical finned tubes are hot-dip galvanized. Frame and headers are protected against corrosion by zinc-dust primer and an epoxy aluminium finishing paint. It goes without saying that the complete heat exchanger unit is also available as a version galvanized in a dipping bath.

Air dryer made of stainless steel are the specialists meeting the highest hygiene standards or for applications involving aggressive media. The seamless joint between tube and fin produced using a laser enables longer service life without performance losses: you benefit from state-of-the-art manufacturing technology with laser finned tubes by us. The heat exchanging surface consists of elliptical or round stainless steel finned tubes.

Plain-tube heat exchangers made by us are the first choice when high performance is called for despite heavy air pollution. The heat exchanging surface consists of round galvanized plain steel tubes. This variant stands out for its long on-stream times and easy cleaning. Cross-flow heat exchange, stainless steel versions or galvanized steel – our engineers will find a solution for your application.

    Benefits of the elliptic finned tube:

    • Aerodynamically favourable core tube with roughly three to ten times less hydraulic friction as compared with a round tube
    • Low pressure loss and minimum soiling
    • High thermal transmittance resulting in small heat exchanger surface
    • Low noise level
    • Good corrosion protection due to hot-dip galvanizing in a dipped bath and at the same time an optimum metal joint between core tube and fin
    • Compact design leading to good use of a given volume
    • Maximum service life
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