1.High heat transfer efficiency, good temperature controllability:
Special fin structure, the fluid to form a strong turbulence, thus effectively reducing the thermal resistance,improve heat transfer efficiency.
2.Compact:Heat transfer area density can be as high as 17300 m2 / m3
3.Lightweight, practical good:Fin thin, but the structure is very compact, small size, and available aluminum alloy which is lightweight and low cost.
4. High reliability:Full brazing structure, eliminate the possibility of leakage. Meanwhile, both the fin hea transfer surface and the supporting role, it is high intensity.
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