The Alfa Laval Compabloc range provides compact, efficient and reliable heat transfer for a wide range of process duties. Full and easy cleanability on both circuits make them the most service-friendly welded heat exchangers on the market. It’s easy to see why together, Compabloc, Compabloc+ and Compabloc Free Flow have become the undisputed champions of heat exchange in some of the most demanding applications. With a complete family of technologies, the Compabloc range can support applications with extremely dirty and aggressive media as well as those with the highest hygienic requirements. Today, Compabloc heat exchangers are found in all types of process duties all over the world, where they provide as much as 5 times the thermal efficiency of traditional shell-and-tube solutions. Where there are higher pressure demands, the Compabloc+ offers the same level of efficiency with safe operation up to 60 bar. And for pharmaceutical applications, the Compabloc Free Flow has a special design tailored to the requirements of modern API production. Not sure which Compabloc is right for you?
Reliable, efficient technology with a proven track record in a wide range of process duties
Advanced, specialized designs for higher pressure duties as well as duties with strict hygiene requirements
Full mechanical cleanability with easy removal of fouling and a design that protects against corrosion
Compact design creates new possibilities to resolve bottlenecks and boost productivity
Access to a global network of experienced service professionals who can assist you onsite
- Compabloc - 3-5 times more efficient than traditional shell-and-tube solutions and secures safe operation of up to 60 bar.
- Compabloc Free Flow - compact condenser high heat transfer efficiency, designed for the pharmaceutical industry and hygienic API production.
The fully welded
plate heat exchanger for condensation
duties.
compact and self-cleaning spiral
heat exchanger for a wide range
of applications
a gasket-free heat exchanger.
a plug-and-play module
for efficient point of use cooling.
double tube shell&tube
heat exchange