Higher Heat Transfer Coefficient

Drop wise condensation resulting in better condensation compared to thin film formation in plain tubes. The corrugation provides a channel to the condensate layer formed on the surface of the tube, always providing a fresh new surface for the vapours to condense.

Drop Wise Condensation

Turbulent flow inside the corrugated tubes due to it’s helical indentation enables a more effective mixing & agitation resulting in a high heat transfer.

Equal Temperature Distribution

Even temperature distribution due to flow pattern, since new layers come in contact with the tube boundary.

Lower Fouling

Higher periphery turbulence does not allow the suspended solid particle in the tubes to settle, thus giving it a self-cleaning effect which results in reduced fouling that ensures a longer running time. Easier to clean due to intermittent scaling as compared to plain tube.