Diffusion bonding is a solid state joining process first developed for commercial use in heat exchangers by Heatric in the early 1980’s. Diffusion bonding allows for the creation of compact heat exchangers with exceptionally high performance.
This process involves the bonding of flow plates in a heat exchanger ‘stack’ using a high temperature, high pressure process with no melting or deformation of channels. The size and shape of the flow paths is maintained, ensuring flow integrity and complete bonding of all plates throughout the stack.
The interfacial area between two metal flow plates becomes welded together as atoms intertwine with one another and this allows for the incredibly precise construction of the internal flow passages within the block.
No brazing flux or filler is used in the diffusion bonding manufacturing process which is a contributing factor to the high-integrity, high-strength, and exceptional heat transfer performance of Heatric’s diffusion bonded heat exchangers.
The solid, diffusion bonded block can then be subtractively engineered to match the client’s exact size and weight requirements, providing them with a highly effective, bespoke heat exchanger.
This innovative manufacturing process allows for substantial improvements in the way a heat exchanger operates:
To discuss the needs of your project, or for more information on Heatric’s diffusion bonding process, send a message directly through the enquiry page or contact Heatric on:
+44 (0) 1202 627 000
Heatric, a division of the Parker Hannifin Filtration Group, is a global leader in Printed Circuit Heat Exchangers (PCHEs). Heatric PCHEs are high performance, compact heat exchangers with applications across the energy industry; in oil and gas, power generation, marine, and clean technology systems. Each Heatric PCHE is bespoke to suit customer specifications and deliver maximum operational efficiency and performance. As technology pioneers with decades of design, manufacture
and operational experience, Heatric have the technical expertise to enable your innovation.