Performance Beyond Limits

Excellent Thermal Performance

Now you can obtain the thermal efficiency and compactness of gasketed heat exchangers in elevated pressure/high- and low-temperature applications. Tranter´s shell and plate heat exchangers allow you to attain high heat transfer rates under elevated process conditions, in less space and at lower cost than shell and tube exchangers.

Extreme Conditions, Zero Compromise

Wide Temperature & Pressure Ratings

For extreme temperatures, pressures, and special designs that exceed gasket limitations, the compact heat exchangers shell and plate heat exchangers are your best choice.

Power Meets Precision

Outstanding uptime

Turbulent flow induced by the corrugated plate patterns produces high heat transfer rates.This high efficiency allows Tranter to design compact exchangers with a 1ºC temperature approach. Another benefit is the small hold-up volume which offers fast start-up times and close following of process changes.

Shell & Plate Heat Exchanger

Round Exchanger Connections

Design Code Plate Material Shell Material Design Pressure Design Temperature Structure Type
GB/T150 丨ASME VIII-1丨EN13445-3丨ASME U丨PED丨NR13丨MOM丨DOSH丨PE(S)R丨TSG 304 LSS丨316 LSS丨C-276丨254 SMO SA516 Gr.60丨SA516 Gr.70丨304 SS丨304L SS丨316L SS Welded type: max 130 barg Removable type: max 70 barg -196 to 540 ℃ Removable丨Welded

HOW THE SUPERMAX SHELL AND PLATE HEAT EXCHANGER WORKS

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