PF Series Plate and Frame Heat Exchangers
PF Series Plate and Frame Heat Exchangers
Plate and frame heat exchangers consist of a series of high efficiency gasketed embossed plates, arranged alternately and bolted together between end frames, separating cold fluid from hot fluid.
REQUEST A QUOTE Find a rep- A plate and frame heat exchanger is useful when heat needs to be transferred between separate hot and cold fluid circuits while keeping the fluids isolated from one another. Its compact design can make it well suited for industrial process cooling applications where efficient heat transfer and available floor space are important.
- Plate and frame heat exchangers use a series of closely spaced plates to separate the hot and cold fluids while providing a large surface area for heat transfer. This design allows heat to move efficiently between the two fluid circuits without mixing them.
- Excessive pressure drop can increase the pumping requirements needed to maintain the desired fluid flow through a cooling system. A heat exchanger designed for low pressure drop helps support efficient fluid circulation while still providing the required heat transfer.
- Turbulent flow helps increase fluid movement across the heat-transfer surfaces and can help reduce material buildup on the plates. The PF Series is designed with a turbulent-flow velocity profile to support heat-transfer performance and self-cleaning characteristics.
- Deposits and contaminants can accumulate on heat-transfer surfaces over time and affect performance. Removable, cleanable plates provide access to the heat-transfer surfaces for maintenance and help make it easier to restore the exchanger to proper operating condition.
- Processors should consider the fluids being used, required heat-transfer load, flow rates, entering and leaving fluid temperatures, allowable pressure drop, available installation space, and maintenance requirements when selecting a heat exchanger.
- High efficiency removable and fully cleanable 304 stainless steel gasketed plates
- Heavy-duty epoxy coated frame
- Upright, compact, and a small footprint
- Low pressure drop plate design
- Self-cleaning turbulent flow velocity profile design
- Protective shroud
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