DANFOSS BPHE Brazed Plate Heat Exchangers
DANFOSS BPHE Brazed Plate Heat Exchangers
An innovative product portfolio for complete coverage of heating and cooling applications
Our brazed plate heat exchangers (BPHE) offer a compact and flexible solution designed for ultra-efficient performance for your high-pressure or extreme-temperature applications.
What does that mean for you?
Low operational costs and very high performance make the gasket-free brazed plate heat exchangers optimal choices, even if your system has large temperature swings, or varying or constant pressure.
We customize our brazed heat exchangers according to your specifications. We offer a choice of copper, CoResist , or stainless steel brazing materials. Our Fishbone and Micro Plate™ plate technologies are available with different corrugations appropriate for any given task. The adaptable design of our brazed heat exchangers makes a variety of connection options possible (including the number of connections, sizes, types, and positions). The optimal amount of plates in a plate pack is determined based on the specifications of the application.
30 years of constant development
The performance and efficiency of the brazed plate heat exchanger have been proven through 30 years of constant development to ensure high thermal efficiency leading to energy savings in air conditioning systems. With its ingenious construction of corrugated plates, the brazed plate heat exchangers offers you one of the most efficient ways to transfer heat from one medium to another.
Micro Plate™ technology - ideal for district energy solutions and for use in heat pumps and chillers
Our heat exchangers with the state-of-the art Micro Plate™ technology feature next-generation efficiency and performance – giving you more from your district heating and cooling applications.
Features and benefits
Compact size, low weight
High working pressures (for use with refrigerant R 410A; up to 45 bar (653 psig))
High efficiency evaporator closer approach temperatures
Reduced risk of freezing
Low internal hold-up volume
Less pressure drop to reduce pumping costs and pump size
High design flexibility with many connections & configurations options
High-quality manufacturing
