The Leading Supplier of Brazed Plate Heat Exchangers (BPHE)

The compact brazed plate heat exchanger (BPHE) is constructed as a plate package of corrugated channel plates with a filler material between each plate.

During the vacuum-brazing process the filler material forms a brazed joint at every contact point between the plates, creating complex channels.

They are maintenance free, provide a long service lifetime and can withstand high temperatures and extremely high design pressures.

A brazed plate heat exchanger (BPHE) is often used when there is a need to transfer heat from a hot liquid to a cold liquid or vice versa. It can also be used to transfer heat into or out of gases and vapours, such as those present in combustion processes or chemical reactions.

The most effective way to choose a brazed plate heat exchanger for your application will depend on several factors, including the operating temperature range, flow rate requirements and pressure drop specifications for each fluid entering or exiting the system.

BPHE Structure

Working Principle

BPHE consists of corrugated stainless steel plates vacuum brazed together using copper as the brazing material. Brazing the stainless steel plates together eliminates the need for sealing gaskets and thick frame plates. Stainless steel plates forms the channels and the working fluids flow through the channels where heat is transferred from hot to cold side. Since the hydraulic diameter is small and all surfaces of the brazed plate heat exchanger actively contribute to heat transfer, the BPHE is very compact in size, and it has a low weight and a low hold-up volume.

BPHEs are suitable for high viscosity fluids, which tend to flow in the laminar regime in most heat exchangers because of their swirl-producing characteristics; helical vortices are often generated at rather low Reynolds numbers in cross-corrugated flow passages. This mitigates fouling as well in many cases. Only the plate edges are exposed to the atmosphere. Thus, the heat loss is negligible and no insulation is generally required.


  • Compact design with very small footprint

  • No gaskets design where copper plates are brazed together

  • No risk of leaking due to the fully sealed design

  • Cost effective as it is maintenance free and no gaskets required

  • Up to 90% heat recovery attainable

  • High turbulent flow enable usage of small temperature differences efficiently

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