Unlock the Efficiency of Our Heat Exchangers!

Brazed Heat Exchanger
Alfa Laval copper-brazed plate heat exchangers are a compact, efficient and maintenance-free solution for heating, cooling, evaporation and condensing in numerous applications. Each unit is designed for duty optimization, with a range of unique features that ensure both superior thermal performance and maximum reliability. This enables the longest possible service life.
With a robust and reliable construction, Alfa Laval’s comprehensive range of brazed plate technology offers a smart alternative to traditional heat exchangers. The application experience of Alfa Laval’s heating and cooling experts, combined with our continuous innovation in design and manufacturing techniques, ensures you always have access to the most competitive solution available. Example positions for our brazed heat exchangers include air conditioning and process chillers, commercial and industrial refrigeration, district heating, domestic hot water and heat pumps.
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Plate Heat Exchanger
In heat transfer, getting the most energy-efficient and reliable performance comes down to having the ideal technology for your specific conditions. For 90 years, Alfa Laval has been developing plate heat exchanger technology tailored to our customers’ applications. Today we offer the market’s most comprehensive portfolio of plate heat exchangers to cover the widest range of needs. With the experience we have gained along the way, we can match you with your optimal solution.
Our industrial plate heat exchangers are energy efficient, compact, simple to maintain, easy to adjust for capacity changes and represent a relatively low capital investment. The vast range of options when it comes to size, plate and gasket material and add-ons means they can be specifically designed and configured for your application, from the simplest of duties to the most demanding where requirements on both performance and documentation are high.
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Scraped Surface Heat Exchanger
For continuous processing of viscous and other challenging products, the Contherm® range of scraped-surface heat exchangers means more for your production. More thermal efficiency. More yield. More quality. And ultimately, more profitability. When it comes to your business, who doesn’t want more?
Contherm® scraped surface heat exchangers are a robust solution for a range of industries and applications: from food, chemicals and pharmaceuticals to health and beauty. Based on Alfa Laval’s decades of expertise in thermal exchange, each unit is specially engineered to handle viscous, heat sensitive, crystallizing or sticky products, as well as those with sensitive particulate matter. Alfa Laval’s rotating scraping technology continuously removes fouling material during processing. Gentle handling preserves the quality of shear-sensitive products while simultaneously providing high efficiency with a larger flow area and reduced pressure drop.
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Tubular Heat Exchanger
Process shell-and-tube heat exchangers
Alfa Laval customized process shell-and-tube heat exchangers are designed and built for the toughest applications in chemical processing industries, oil & gas production and power stations. These units maximize plant sustainability through low service requirements and exceptional reliability, resulting in competitive total cost of ownership and trouble-free operation. And with our extensive offer of services, we can help you optimize operation throughout the entire product lifetime.
Shell-and-tube heat exchanger
Our shell and tube heat exchangers are used in many comfort and industry applications for heating and cooling fluids. They consist of a shell with traditional plain tubes or enhanced surface tubes for high thermal performance. The fluids can be liquids or gases, one of which flows inside the tubes while the other flows outside the tubes within the shell. There are single-phase or two-phase heat exchangers, and the latter is used to either boil or condense fluids.
Tube-in-tube heat exchangers
Designed specifically for heating and cooling of sludge containing fibres and particles
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