Alfa Laval IndustrialLine MX25 Gasketed Plate-and-Frame Heat Exchanger

Alfa Laval Industrial line is a wide product range that is used in virtually all types of industry. Suitable for a wide range applications, this model is available with a large selection of plate and gasket types.

Applications

Biotech and Pharmaceutical
Chemicals
Energy and Utilities
Food and Beverages
Home and Personal care
Machinery and Manufacturing
Marine and Transportation
Mining, Minerals and Pigments
Pulp and Paper
Semiconductor and Electronics
Steel
Water and Waste treatment

Benefits

High energy efficiency – low operating cost
Flexible configuration – heat transfer area can be modified
Easy to install – compact design
High serviceability – easy to open for inspection and cleaning and easy to clean by CIP
Access to Alfa Laval’s global service network

Features

Every detail is carefully designed to ensure optimal performance, maximum uptime and easy maintenance. Selection of available features:

5-point alignment system
Reinforced hanger
Chocolate pattern distribution area
Glued gasket
Clip-on gasket
Leak chamber
Bearing box
Fixed bolt head
Key hole bolt opening
Lifting lug
Lining
Lock washer
Pressure plate roller
Tightening bolt cover

Technical data

Plates
Name: MX25-B
Type: Single plate
Free channel, mm (inches): 2.5 (0.098)

Name: MX25-M
Type: Single plate
Free channel, mm (inches): 4.0 (0.16)

Materials
Heat transfer plates: 304/304L, 316/316L, 254
C-276
Ti
Field gaskets: NBR, EPDM, FKM
Flange Connections: Carbon steel, Metal lined: stainless steel, Alloy C-276, titanium, Rubber lined: NBR, EPDM
Frame and pressure plate: Carbon steel, epoxy painted

Other materials may be available on request. All option combinations may not be configurable.

Operational data

Frame, PV-code: FMS, pvcALS
Max. design pressure (barg/psig): 10.0/145
Max. design temperature (°C/°F): 180/356

Frame, PV-code: FMS, PED
Max. design pressure (barg/psig): 10.0/145
Max. design temperature (°C/°F): 180/356

Frame, PV-code: FG, ASME
Max. design pressure (barg/psig): 10.3/150
Max. design temperature (°C/°F): 177/350

Frame, PV-code: FG, PED
Max. design pressure (barg/psig): 16.0/232
Max. design temperature (°C/°F): 200/392

Frame, PV-code: FGS, ASME
Max. design pressure (barg/psig): 10.3/150
Max. design temperature (°C/°F): 180/356

Frame, PV-code: FGS, PED
Max. design pressure (barg/psig): 16.0/232
Max. design temperature (°C/°F): 180/356

Frame, PV-code: FD, pvcALS
Max. design pressure (barg/psig): 25.0/363
Max. design temperature (°C/°F): 210/410

Frame, PV-code: FD, ASME
Max. design pressure (barg/psig): 20.7/300
Max. design temperature (°C/°F): 177/350

Frame, PV-code: FD, PED
Max. design pressure (barg/psig): 25.0/362
Max. design temperature (°C/°F): 210/410

Frame, PV-code: FS, ASME
Max. design pressure (barg/psig): 27.6/400
Max. design temperature (°C/°F): 177/350

Extended pressure and temperature rating may be available on request.

Flange connections
FMS, pvcALS: EN 1092-1 DN200/DN250 PN10
ASME B16.5 Class 150 NPS 8/NPS10
JIS B2220 10K 200A/250A
FMS, PED: EN 1092-1 DN200/DN250 PN10
ASME B16.5 Class 150 NPS 8/NPS10
FG, pvcALS: EN 1092-1 DN200/DN250 PN16
ASME B16.5 Class 150 NPS 8/NPS10
JIS B2220 10K 200A/250A
JIS B2220 16K 200A/250A
FG, ASME: ASME B16.5 Class150 NPS 8/NPS10
FG, PED: EN 1092-1 DN200/DN250 PN16
ASME B16.5 Class 150 NPS 8/NPS10
FGS, pvcALS: EN 1092-1 DN200/DN250 PN16
ASME B16.5 Class 150 NPS 8/NPS10
JIS B2220 10K 200A/250A
JIS B2220 16K 200A/250A
FGS, ASME: ASME B16.5 Class 150 NPS 8/NPS10
FGS, PED: EN 1092-1 DN200/DN250 PN16
ASME B16.5 Class 150 NPS 8/NPS10
FD, pvcALS: EN 1092-1 DN200/DN250 PN25
ASME B16.5 Class 300 NPS 8/NPS 10
JIS B2220 20K 200A/250A
FD, ASME: ASME B16.5 Class 300 NPS 8/NPS10
FD, PED: EN 1092-1 DN200/DN250 PN25
ASME B16.5 Class 300 NPS 8/NPS 10
FS, ASME: ASME B16.5 Class 400 NPS 8/NPS 10