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Plate & Frame Heat Exchangers

Plate & Frame Heat Exchangers

8 Item(s)

  1. EcoFlex Free Flow

    EcoFlex Free Flow

    EcoFlex Free Flow gasketed plate heat exchangers provide high efficiency heat transfer for liquids with high pulp or fiber content, such as fruit juice or paper pulp, and for high viscosity media. Well suited for applications in:

    • -Food
    • -Sugar
    • -Paper
    • -Wastewater Treatment
    • -Renewable Energy

  2. GEA Flex

    GEA Flex

    GEAFlex plate heat exchangers are the perfect solution for gaseous, liquid and two-phase media in the chemical and petrochemical industry. Both the temperature range of -200° to 900° C and the pressure capacity of up to 60 bars make these units the logical choice for problem-free operation. The asymmetrical plate design, the innovative tubework and the innovative profiling guarantee heat transfer with maximum efficiency and low pressure loss.

    Freely selectable, pressure-bearing housings and connection lines allow tailor-made plate heat exchanger solutions up to an area of 8,000 m².

    GEAFlex delivers low investment costs because the compact design only needs a relatively small amount of material expenditure, and this advantage pays off most noticably with cost-intensive special alloys.
  3. NA Series

    NA Series

    The NA Series gasketed plate heat exchanger is independently certified as part of the AHRI400 (formerly ARI400) certification program by the Air Conditioning, Heating and Refrigeration Institute (AHRI). The NA product series performs well for a broad range of media, flows and temperature in HVAC applications.
  4. NC Series

    NC Series

    The NC Series gasketed plate heat exchanger is independently certified as part of the AHRI400 certification program by the Air Conditioning, Heating and Refrigeration Institute (AHRI). This product series is for use with clean, low viscosity media in high pressure HVAC applications, and where close temperature approach (1°F) is desired.
  5. NT Series

    NT Series

    In developing the new NT series, we successfully merged our many years of experience with our industry-leading research to develop this versatile model, suitable for a wide range of liquid-to-liquid applications in these industries:

    • -HVAC
    • -Chemical
    • -Power
    • -Sugar
    • -Renewable Energy
    • -Food
    • -Marine

  6. NX Series

    NX Series

    The new NX series represents the latest step forward for clean, low viscosity media in high pressure applications. It delivers temperature approaches down to 1°F with fewer plates and a single pass design. It is used primarily in HVAC applications and performs well in other applications with the same conditions:

    • -HVAC
    • -Chemical
    • -Power
    • -Sugar
    • -Renewable Energy
    • -Food

  7. REKULUVO and REKUGAVO

    REKULUVO and REKUGAVO

    The names "REKULUVO" (recuperative air pre-heater) and "REKUGAVO" (recuperative gas pre-heater) describe two highly efficient, fully welded plate heat exchangers for gaseous products, working according to the countercurrent principle. This system achieves very high heat recovery rates.

    The heat transfer surfaces consist of profiled plates with a high specific capacity which are welded together into self-supporting packs. Both gases flow through the plates in countercurrent and are separated from each other without leakage. Mixing of the two gas streams is thus almost completely excluded.
  8. Safetytherm

    Safetytherm

    No Chance Of Product Intermixing
    With Safetytherm you are always on the safe side. Our developers have created a perfect design that absolutely excludes the possibility of non-compatible products mixing with each other.

    The Solution For Potable Water Isolation

    The Safetytherm double-wall plate consists of two extra-thin plates which form a small leakage gap. The inlet and outlet openings of the plates are welded. Apart from that, their design is the same as that of conventional gasketed plate heat exchangers.

    In the case of a plate crack, the product will not enter the neighboring flow gap, instead entering the leakage gap. The leaking media is then conveyed to the outside via special leakage channels without any product mixing being possible.


8 Item(s)