High energy efficiency . With innovative plate design, we provide superior flow distribution . across the entire plate surface. This results in excellent heat transfer and high energy efficiency thanks to the elimination of stagnant zones and reduced risk of fouling. Compact size . The compact design of our gasketed plate heat exchangers makes it easy to
Increase the surface heat transfer coefficient of the plate Since the corrugation of the plate heat exchanger enables the fluid to generate turbulence at a small flow rate (Reynolds number 150), a higher surface heat transfer coefficient, which is related to the geometry of the plate corrugations and the flow state of the medium, can be obtained. The waveforms of plates include herringbone shape,
Alfa Laval - Gasketed plate-and-frame heat exchangersThe heat transfer area of the plates is pressed in a corrugated herringbone pattern. When two plates are superimposed with opposing herringbone patterns, the helix-like flow and high turbulence results in high transfer coefficients and effective self-cleaning. A change in the corrugation pattern enables the heat exchanger
How to improve the efficiency of plate heat exchanger After years of research and experiments, it is found that the herringbone plate with triangular corrugated cross-section has a high surface heat transfer coefficient, and the larger the included angle of the corrugated plate, the higher the flow velocity of the medium in the channel between the plates, the greater the surface heat transfer coefficient.
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