Or - if a guy could find out about availability of the CU/AG alloy that is supposed to have such great thermal transfer properties. From it construct a couple of low profile finned plates (a lot of surface area) to be held against the peltier with a copper or whatever hollowed out (to provide water flow volume) clamp that would provide the optimum 300 psi surface to surface pressure (1200 #'s on the large Peltier). It seems to me like the clamp would have to have a center leg in the hollow area to keep the pressure even across the contact area between the peltier and the two heat transfer plates without bending the relatively soft metals we are talking about.
How do you post a graphic like yours - what do you produce the drawing in?
|