Below are seven reasons why you should specify SUPERMAX® instead of other Shell and Plate Heat Exchangers. Tranter can fabricate a plate pack with a larger number of plates throughout the range of plate diameters. Tranter offers its wide-gap, deep-draw plates throughout the range of sizes; others do not. Tranter uses plasma arc welding for […]
The SUPERMAX® Shell And Plate Heat Exchanger is worthy of consideration for all duties with fluctuating temperature and pressure vs. bloc-type units. The reason is that welded heat exchangers with square/rectangular plates (the four corner grid design) suffer from thermal and pressure fatigue due to the weak corner welds. These welds often fail in dynamic […]
The Tranter SUPERMAX® Shell And Plate welded heat exchanger enables you to obtain the thermal efficiency and compactness of plate and frame heat exchangers in elevated pressure/temperature applications. Until recently, heat exchangers in elevated pressure/temperature or corrosive media applications had to be shell and tube units. This meant constant tradeoffs in thermal efficiency, material mass […]
SUPERCHANGER® Plate And Frame Heat Exchangers transfer heat more efficiently than shell and tube units in most applications, due in large measure to the turbulent flow created by the corrugated patterns of their plates. They use only 20% to 50% of space required by shell and tube units including service footprint and are much lighter […]
ThermoFit™ plate technology is a new Tranter design concept offering a significant boost in plate and frame heat exchanger performance and unit integrity. ThermoFit™ plates, available in both stainless steel and titanium alloys, feature three new design approaches: The HydroFit™ Flow Distribution System Concept The GrooveFit™ Groove/Gasket System Concept The Halo™ Plate Alignment Concept The […]
