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Plate Heat Exchangers

Gasketed plate heat exchanger

Gasketed Plate Heat Exchangers

SPGC, SPGL, SPGLD & SPGX series
» Compact size compared to conventional Shell & Tube coolers.
» Vacuum brazed units ensure system integrity.
» High efficiency means reduced coolant requirement.
» Small size allows for reduce pipe and space requirements.
» Optimised performance delivers exact system requirements.
» Reduced size and weight improves shipping costs.
» Plates pressed in either AISI 316L with SMO 254 available on request.
» Copper or Nickel braze suits all environments and applications.
» Various pipe connections and accessories available.
» Accept temperatures up to 200°C and pressure of up to 31 bar.
» ASME code certified and UL listed designs available on request.
Available in either gasketed or brazed plate design. These units can be supplied to operate with pressures up to 30 bar. Manufactured from a variety of plate or gasket materials, units can be used with the most aggressive fluids and cooling media.

Provided to meet designated application requirements, limitations to flow and dissipation do not exist. Plate heat exchangers are built on a module-based concept and are designed to provide maximum efficiency in transferring heat from one liquid to another, or from steam to liquid. Frames, plates and connections can be combined to form a number of different exchanger types. By using different types of plates, with different characteristics, the heat exchangers can be adapted to a wide variety of applications.


» Link to brazed plate heat exhangers information
gasketed plate heat exchanger explanation
The benefit of the gasketed plate heat exchanger is that it can easily be expanded or adapted, by adding or replacing plates for different operational conditions.
Plate heat exchanger design pattern
GC and GL Plates
Symmetrical plates for regular use. Different plate patterns allow for optimisation of thermal transfer or pressure drop. An obtuse angle (high-theta plate) gives high resistance and an acute angle (low-theta plate) a low pressure drop.
Plate heat exchanger design pattern
GX Ultraflex Plates
The plates are available with a herringbone pattern and either an acute or obtuse angle, making it possible to achieve six channel combinations.
Plate heat exchanger design pattern
GD Double Wall Plates
Two plates laser-welded together for optimal safety. For applications such as the pharmaceutical industry, food industry, district heating, cooling of transformer oil etc., where it is vital that media are not mixed.
Plate heat exchanger design pattern
GF Wide Gap Plates
Plates with wide channels for fibre- and particle-rich fluids. The plate pattern is optimised for cooling applications to give high thermal efficiency even with asymmetrical flows.
Plate heat exchanger design pattern
GW Semi Welded Plates
With a sealed channel for ammonia and other fluids. The plate pattern is optimised for cooling applications to give high thermal efficiency even with asymmetrical flows.
Plate heat exchanger design pattern
The plate pairs are welded together to form a sealed channel for ammonia or other fluids.
Specification of gasketed plate heat exchangers found in this on-line » catalogue « link
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