Gasketed plate heat exchangers GASKETED PLATE ITEX
Gasketed plate heat exchangers
GASKETED PLATE ITEX
ITEX gasketed plate heat exchangers are particularly well suited to exchanges between two fluids, and therefore to a wide range of applications.
Water flow rate: up to 800 m3/h
Plate material: 304 stainless steel - 316L stainless steel - 254 SMO (except 10TEE990+) - titanium
Gasket material: NBR - EPDM Prx - FPM
Frame material: carbon steel - stainless steel
18 models available
Liquid flow rates: up to 800 m3/h
Pressure: up to 25 bar
ITEX gasketed plate heat exchangers are particularly well suited to exchanges between two fluids, and therefore to a wide range of applications:
- Heating sub-stations
- Domestic water heating
- Swimming pool heating
- Buffer on heat pump
- Recovery from corrosive discharge
- Geothermal energy
- Oil refrigeration
- Industrial processes
- Excellent transfer coefficient, reduced surface area
- Ultra-slim: takes up little space
- Easy to install
- Easy to maintain
- Very low pinch-point temperature possible
- High corrosion resistance
- Low-capacity circuits
- Plates can be added to meet changes in capacity demand
- Unit can be cleaned in-place using a circulation system (NEP or CIP)
- Max. differential pressure = max. operating pressure
18 models available
Liquid flow rates: up to 800 m3/h
Pressure: up to 25 bar
ITEX gasketed plate heat exchangers are particularly well suited to exchanges between two fluids, and therefore to a wide range of applications:
- Heating sub-stations
- Domestic water heating
- Swimming pool heating
- Buffer on heat pump
- Recovery from corrosive discharge
- Geothermal energy
- Oil refrigeration
- Industrial processes
- Excellent transfer coefficient, reduced surface area
- Ultra-slim: takes up little space
- Easy to install
- Easy to maintain
- Very low pinch-point temperature possible
- High corrosion resistance
- Low-capacity circuits
- Plates can be added to meet changes in capacity demand
- Unit can be cleaned in-place using a circulation system (NEP or CIP)
- Max. differential pressure = max. operating pressure
Commercial brochure
Instruction manual
