Wide channel plate heat exchanger
Wide channel plate heat exchanger
Wide channel plate heat exchanger
Wide channel plate heat exchanger
Wide channel plate heat exchanger
Wide channel plate heat exchanger

Wide channel plate heat exchanger

The wide channel plate heat exchanger adopts a unique coarse corrugated structure design. The outer contour of the plates is basically composed of horizontal corrugations, allowing the medium to flow unrestricedly over the heat exchange surface of the plates without clogging, and it has high heat transfer performance that traditional tube heat exchangers do not possess.
  • Product Description
  • FAQ
  • What is Wide channel plate heat exchanger working principle?

    The wide channel plate heat exchanger is a product specially developed for heat exchange conditions of various solid, crystal, fiber, slurry substances and high-viscosity media. Due to the special design of the heat exchange plates, it ensures smooth wide gap channels, smooth fluid flow, no retention, no dead zones and no channel blockage. The special feature of this type of plate lies in its unique corrugated shape where the width of the flow channels between the plates can reach 6-16mm.

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FAQ

  • What is a Plate Heat Exchanger (PHE)?

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    A Plate Heat Exchanger is a type of high-efficiency heat exchanger composed of a stack of corrugated metal plates. Thin rectangular channels are formed between the plates, allowing heat exchange through the plates. It mainly consists of metal plates, sealing gaskets, a fixed pressure plate, a movable pressure plate, and tightening bolts.

  • What is the working principle of a PHE?

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    It operates based on heat conduction. Two fluids (hot and cold) flow in separate channels on opposite sides of the metal plates (usually in a counter-current flow). Heat is transferred through the plate wall. The corrugated structure of the plates induces strong turbulence, significantly enhancing heat transfer efficiency.

  • What are the main advantages of a PHE compared to a Shell & Tube heat exchanger?

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    High Heat Transfer Efficiency: The heat transfer coefficient is typically 3-5 times that of shell & tube exchangers.
    Compact Structure: Small footprint, occupying only 1/5 to 1/3 of the space required by shell & tube units.
    Flexibility: Heat transfer area can be adjusted by adding or removing plates.
    Easy to Clean: Easy to disassemble, making it suitable for applications requiring frequent cleaning.
    Low Heat Loss: Insulation is usually not required.

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