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    Gasketed Plate Heat Exchanger

    Plate Heat Exchanger

    Gasketed Plate Heat Exchanger

    Our gasketed plate heat exchangers combine passion, scientific curiosity and technological expertise. The facts: High efficiency at low operating costs, versatile application possibilities with lower investment costs and maximum flexibility. Our efforts to continuously develop the gasketed plate heat exchanger-series further are aimed at meeting your thermodynamic and hydraulic performance needs and to ensure maximum economic efficiency.
    Get in contact Selection Software Manuals for PHE
    Our gasketed plate heat exchangers combine passion, scientific curiosity and technological expertise. The facts: High efficiency at low operating costs, versatile application possibilities with lower investment costs and maximum flexibility. Our efforts to continuously develop the gasketed plate heat exchanger-series further are aimed at meeting your thermodynamic and hydraulic performance needs and to ensure maximum economic efficiency.
    Get in contact Selection Software Manuals for PHE

    Gasketed Plate Heat Exchanger

    Our Product series at a glance

    Filter products:
    Design Pressure (Bar)
    HPL
    HPL
    Design Pressure (Bar)
    0
    64
    0
    40
    80
    • high reliability for critical media on welded side
    • extremely high pressure resistance up to 64 bar(g) design pressure on welded side
    • highest efficiency thanks to highest turbulence
    • innovative semi-welded solution for industrial and commercial heat pumps
    Download Factsheet
    PDF, 2 MB
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    NT
    NT
    Design Pressure (Bar)
    0
    29
    0
    40
    80
    • large choice of gasket materials with high temperature resistance, good chemical resistance or food approval
    • extensive range of plate materials also including titanium-palladium and special alloys such as C-276 or 254 SMO
    • suitable for small to very large volume flows and duties with connection sizes ranging from DN25 to DN500 (1" to 20") and different plate lengths
    • Tailor-made and flexible solutions for special requirements
    • leading technology for all applications
    Download Factsheet
    PDF, 192 KB
    Configure Contact
    NX
    NX
    Design Pressure (Bar)
    0
    31
    0
    40
    80
    • suitable for demanding tasks with involving high pressures, small temperature differences and high NTU
    • cost-efficient data center cooling solutions
    • high performance e.g. for district heating and cooling systems
    Download Factsheet
    PDF, 220 KB
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    LWC
    LWC
    Design Pressure (Bar)
    0
    33
    0
    40
    80
    • flexible. cost-saving & compact design
    • gasketed flow channels for easy maintenance with cleaning access
    • laser-welded flow channels for higher process reliability, pressure resistance and endurance
    • semi-welded solution for demanding applications with critical media
    Download Factsheet
    PDF, 567 KB
    Configure Contact
    NP
    NP
    Design Pressure (Bar)
    0
    33
    0
    40
    80
    • purely gasketed PHE with highest pressure resistance up to 33 bar(g) design pressure
    • perfect fit for extremely low temperature differences and very high NTU values
    • peak performance for cold supply in high-rise buildings or data centers and district cooling applications
    Download Factsheet
    PDF, 1 MB
    Configure Contact
    NL
    NL
    Design Pressure (Bar)
    0
    27
    0
    40
    80
    • gentle product handling and reduced pressure loss for mid-size volume flows
    • suitable for media that contain small particles/solids
    • extended service life due to larger corrugation depth, which improves the flow and reduces the tendency to clog up
    • ideal for fluids with higher viscosity as well as for shear-sensitive media thanks to larger flow channel
    Download Factsheet
    PDF, 192 KB
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    NW
    NW
    Design Pressure (Bar)
    0
    11
    0
    40
    80
    • herringbone pattern with max. flow channel for increased pressure resistance and efficiency compared to free-flow PHE
    • thanks to minimal pressure loss, even with highly viscous media, operating cost are kept low
    • turbulence promotes heat transfer and the self-cleaning effect leading to longer service life
    • developed for media containing particles & solids e.g. in bioethanol production or wastewater treatment
    Download Factsheet
    PDF, 192 KB
    Configure Contact
    NF
    NF
    Design Pressure (Bar)
    0
    13
    0
    40
    80
    • thanks to higher efficiency and thus low investment & operating costs as well as little space requirements the alternative to shell and tube or spiral heat exchangers
    • blockage-free operation thanks to a real free-flow channel of constant width
    • free flow for fibre- and solid-bearing media e.g. in sugar or paper industry
    Download Factsheet
    PDF, 192 KB
    Configure Contact
    ND
    ND
    Design Pressure (Bar)
    0
    19
    0
    40
    80
    • fulfills regulations for potable water applications on- and off-shore
    • high production security with low risk of intermixture of incompatible media
    • effective and low maintenance double-wall solution
    • plate duo playing it completely safe
    Download Factsheet
    PDF, 192 KB
    Configure Contact
    NH
    NH
    Design Pressure (Bar)
    0
    29
    0
    40
    80
    • innovative plate and gasket design
    • suitable for large volume flows
    • perfect solution for demanding applications requiring increased pressure resistance as well as highly resistant plate material e.g. in the oil & gas production
    Download Factsheet
    PDF, 192 KB
    Configure Contact
    NC/NA/NG/NQ
    NC/NA/NG/NQ
    Design Pressure (Bar)
    0
    33
    0
    40
    80
    • performance is independently certified by AHRI according to AHRI400 standard
    Download Factsheet
    PDF, 211 KB
    Configure Contact
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    Gasketed Plate Heat Exchanger

    IN ADDITION TO THESE COMMON APPLICATIONS, OUR GASKETED PLATE HEAT EXCHANGERS ARE ALSO SUITABLE FOR:

    • chemical process cooling
    • media containing fibres and solids (e.g., in the sugar and paper industry)
    • highly viscous media (e.g., dairy and other food products)
    • healthy drinking water treatment and purification
    • secure cooling for power plants with river or seawater
    • demanding climate control solutions (e.g., for data centres)
    • condensation or evaporation (e.g.,in refrigeration, sugar or chemical industries)