Plate Heat Exchanger Heat Exchanger Cooling Plate Milk Cooler
Plate Heat Exchanger for Steam & Water
Plate heat exchanger is being used in various fields,such as metallurgy,mining,petroleum,chemical engineering,electricity,pharmacy,food,synthetic fiber,textile,papermaking,shipbuilding,concentrated heating,machinary,and it can deal with many kinds of materials,including ordinary industrial water,liquid of high viscosity,healthful edibile liquid,clinical materials,corrosive acid and alkali,liquid with granule,floating liquid with fabric fibre, etc.
Plate heat exchanger can be used to heat,cool,evaporate,condense,sterilize,recover waste heat,etc
Sanitary Milk Plate Pasteurizer Plate Heat Exchanger Cooler
| Material |
Model |
| 304 |
B3-012 |
| 304 |
B3-014 |
| 304 |
B3-022 |
| 304 |
B3-027 |
| 304 |
B3-028 |
| 304 |
B3-030 |
| 304 |
B3-052 |
| 304 |
B3-055 |
| 304 |
B3-060 |
| 304 |
B3-095 |
| 304 |
B3-110 |
| |
|
| 316L |
B3-014 |
| 316L |
B3-022 |
| 316L |
B3-027 |
| 316L |
B3-028 |
| 316L |
B3-030 |
| 316L |
B3-052 |
| 316L |
B3-055 |
| 316L |
B3-060 |
| 316L |
B3-095 |
| 316L |
B3-110 |
| 316L |
B3-117 |
| 316L |
B3-136 |
model |
BR 0.05 |
BR 0.1 |
BR 0.2 |
| single plate heat exchange area (m²) |
0.05 |
0.1 |
0.2 |
| plate size (mm) |
500×168 |
660×250 |
970×330 |
| plate thickness (mm) |
0.8 |
0.8 |
0.8 |
| aperture diameter (mm) |
38 |
60 |
75 |
| adapter tube diameter (mm) |
28 |
38 |
46 |
| corrugation shape |
herringbone |
herringbone |
herringbone |
| corrugation distance (mm) |
10 |
12 |
12 |
| average plate distance (mm) |
3.8 |
4.2 |
4.2 |
| combinatorial heat exchange area (m²) |
0.5~5 |
4~10 |
10~38 |
| maximum pressure (Mpa) |
0.4~2 |
0.4~2 |
0.4~2 |
| maximum temperature (°C) |
120~160,250(special-required) |
120~160,250(special-required) |
120~160,250(special-required) |
| heat transfer coefficient (W/m²°C) |
2000~6000 |
2000~6000 |
2000~6000 |
Plate and Frame heat exchangers consist of a number of specially corrugated stainless steel plates assembled in a frame and bolted between two pressure plates, one of which is fixed and the other adjustable.
Turbulence is created in the liquid flow channels, giving very high heat transfer coefficients and resulting in a compact, efficient heat exchanger.
Plate and Frame heat exchangers provide highly efficient thermal performance.
Corrugated plates induce extremely turbulent flow, resulting in maximum rates of heat transfer and minimized fouling. Multiple corrugation patterns allow optimization to meet specific thermal and hydraulic requirements.
Plate and Frame heat exchangers are also extremely space-efficient, easy to maintain, and can be inspected and cleaned without removing the plates from the frame.
Plate Heat Exchanger Heat Exchanger Cooling Plate Milk Cooler
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