Heat Flow Technology

brazed plate heat exchangers are constructed of stacked corrugated plates, which are separated by layers of filler and mounted between cover plates. During the vacuum brazing process, the filler material forms brazed joints at every contact point between the plates, creating highly complex channels.

The heat exchanger channels one cold medium and one hot medium through alternating plates within the stack. As the two media flow past each other (but never mix), energy, in the form of heat, is transferred from one to the other.

Our brazed plate heat exchanger portfolio is the broadest on the market, ranging from our smallest unit, which weighs just over 1 kg, to our high-capacity models that can handle several megawatts of heating or cooling.

• Innovative Plate Design: Our heat exchangers consist of a series of ultra-thin chevron-patterned stainless steel plates, stacked in a 180° opposite orientation to form unique flow channels.
• High Turbulence Effect: This flow channel design generates strong turbulence within the fluid, thereby achieving exceptional heat transfer performance.
• Counter-Current Flow Configuration: Hot and cold fluids are introduced into odd and even channels in an alternating pattern, allowing for full heat exchange within the unit and significantly improving energy efficiency.