Compact & Efficient

Brazed Plate Exchangers

Permanent pressure and thermal stability for HVAC and refrigeration systems. High efficiency, copper sealed thermal performance within a compact footprint.

Product Overview

The CB line of copper brazed plate heat exchangers combines precision with a remarkably compact footprint, designed specifically for tight installations without compromising on thermal impact.

Utilising advanced copper brazing technology, these units are hermetically sealed under high temperature, ensuring excellent thermal conductivity, immense durability, and long term energy savings.

Brazed Plate Heat Exchangers

Key Features

High Heat Transfer Efficiency

  • Thin stainless steel plates
  • Large contact surface area
  • Turbulent flow paths

Compact and Space Saving Design

  • No frame
  • No tightening bolts
  • No gaskets

Robust and Sealed Construction

  • Copper or nickel brazed joints permanently seal the plate pack
  • No external leakage paths like gaskets

Technology Highlights

  • Asymmetric Channels for Lower Pressure Drop
  • Gasket Free Hermetic Copper Seal
  • High Mechanical Resistance
  • Optimised for High Pressure Duties

Benefits

Achieve enhanced operational outcomes with reliable efficiency:

  • Extremely compact, optimising limited space
  • Extended equipment lifespan with minimal maintenance
  • High pressure efficiency handling up to 90 bar
  • Decreased lifecycle costs through energy recovery

Applications

HVAC Systems

Exceptional for chillers, heat pumps, and district heating/cooling substations.

Industrial Refrigeration

Effectively acts as evaporators, condensers, and economizers in modern cooling loops.

Process Oil Cooling

Efficiently cools down lubrication and hydraulic oils in heavy industrial machinery.

Domestic Hot Water

Provides instant and safe heating for sanitary water systems in residential complexes.

Expertise You Can Trust

Our engineering team can customize BRAZED PHE system layouts to perfectly align with your operational environment.

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