Through bespoke design, comprehensive engineering, and an advanced manufacturing process, Heatric’s diffusion bonded heat exchangers offer exceptional performance and efficiency. The creation of a solid heat transfer core with no joints, gaskets, or brazing produces heat transfer units with the very widest performance window.
As the chart below shows, Heatric Printed Circuit Heat Exchangers (PCHEs) are capable of operating in temperatures from cryogenic to 980°C (1,800°F), and pressures up to 965 bar (14,000 psi).
As a result of Heatric’s advanced manufacturing processes, PCHEs are far more resistant to temperature fluctuations and the effects of thermal fatigue when compared to conventional exchangers such as shell and tube exchangers. These units are far more susceptible to these types of stress and fatigue. The robustness of Heatric’s PCHEs leads to reductions in the overall costs associated with repair and maintenance as a result of of their resistance to demanding environments and their high structural integrity.
The very close proximity of process fluids within a diffusion bonded heat exchanger core creates an exceptionally high heat transfer rate with correspondingly high efficiencies (up to 98%) and allows close temperature approaches of up to 2o°C.
Due to the relative low internal volume of Heatric PCHE exchangers, coolant flows can be substantially reduced when compared to traditional units.
This brings major operational benefits to the installation:
For more information on the performance of Heatric’s PCHEs, and to find out how they can help you achieve your project goals, send a message through the enquiry page or contact Heatric directly on:
+44 (0) 1202 627 000
Headquartered in the United Kingdom, Heatric (a division of Meggitt) design and manufacture bespoke heat transfer solutions for selected energy markets. A world leader in heat exchanger technology, Heatric have produced over 2500 PCHEs for operation in extreme environments across the globe, for both existing and emerging energy markets.Contact Us