SWEP brazed plate heat exchangers (BPHEs) are a key component in windmill transmission and hydraulic systems, where the ability to integrate system components is an important part of the heat exchanger’s value proposition. By dimensioning the oil coolers with high precision for operation in a smart system, we achieve an optimal operating temperature while maximizing system efficiency. Our front-end technology and large product portfolio enable us to provide the most compact and energy-efficient solutions on the market.
We offer the most compact solutions for water/glycol mixture coolers for frequency converters and for system integration with generator cooling systems, and for deionized water in medium-voltage converters.
The B80AS is built on the successful 80 platform and adds the advantages of our patented AsyMatrix® technology to deliver increased thermal performance and reduced pressure drop. The B80AS shares the same physical aspects of the current B80, enabling it to be used as a drop-in improvement in…
The B85 is a highly efficient heat exchanger with a higher thermal performance than any comparable product. The B85 is the perfect choice for high-performance condensers and demanding heat transfer requirements. The large ports enable it to cope with high capacities. A smaller pressing depth,…
The B120T has been specially developed to operate in demanding heating and industrial applications, typically water-water applications and oil coolers. The product has contributed to the rapid switch to BPHEs from traditional gasket plate heat exchangers and shell-and-tube solutions. It is widely…
The efficient B427 has four different plate types, making it easy to adapt for a wide variety of heating and industrial applications. With 4″ connections it handles up to 156 m³/h (686 gpm) water flow.
All-Stainless is a range of durable, compact, and efficient BPHEs for the most demanding applications and the ideal choice for industrial and utility applications that impose high demands on corrosion resistance and have a low tolerance for contamination.