• Maintain the fluid temperature at a very low and stable level - depending on the temperature of coolant.
• Particularly suitable for large flows and high cooling capacities and therefore a useful supplement to the brazed range.
• Suitable for a variety of applications and can easily install due to the light and compact design.
• Cost-efficient and environmentally friendly
• Can cater for heavily contaminated or high viscosity fluids, or even if the temperature difference between the hot and cold
• Consist of a stack of individually stamped heat transfer plates and gaskets
• The hot transfer plate is bolted to a frame consisting of a fixed cover and a movable cover.
• Can be easily disassembled for cleaning and maintenance.
• Possible to add more to achieve a higher cooling capacity.
• A variety of size with a number of plates and different stamp design available to cover the most of cooling capacity.
• Depending on working condition, special models using higher grade materials available. (ex. titanium plates for seawater)
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Flow range |
0~40,764m/h |
Pressure range |
10~25bar (*Note : Pressure Surges must be avoided) |
Temperature range |
-30°C ~+180°C |
Connection |
Standard : KS/JIS , ANSI, (Stud or Flange Type) |
Plate material |
Stainless steel 1.4401(ANSI316/SS2347) 1.4306(ANSI 304/SS2333), Avesta 254 SMO, Titanium |
Plate thickness |
0.4~0.6mm |
Seal |
- NBR : 110°C(High temp:140°C) |
Media |
Hydraulic oil, Lubrication oil, Rolling oil, engine oil HFC, HFA, HED, Water, Water-glycol, seawater(with titanium plate) |
Cooling capacity |
0~1,1627kW (dependent on the inlet temperature of the media and the flow rate) |
Contamination |
- Level of particles in suspension : within 10mg/liter, - Particle size : 0.6mm(spherical): thread-like particles cause a rapid rise |
Other options |
- Safety heat exchanger, Dual unit with change-over valve - Insulation |