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Product Details:
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| Machinery Test Report:: | Provided | Core Components:: | Plate And Gasket |
|---|---|---|---|
| Structure:: | Plate Heat Exchanger | Dimension(L*W*H):: | Depends On Certain Model |
| Working Temperature Range:: | Customized | Plate Theta:: | Low Theta And High Theta |
| Product Features:: | Energy Saving Long Service Life | Feature: | High Heat Transfer |
| High Light: | 3.0mpa plate exchanger boiler,200 degree plate exchanger boiler,gasketed plate heat exchanger |
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Industrial Stainless Steel Gasket Plate Heat Exchanger Price
Description
The deviation of the plate corrugation depth and bottom of the plate heat exchanger is less than or equal to ±0.2mm; the maximum deviation of the distance between the centerline of the plate suspension positioning and the centerline of the corner hole is not more than ±0.3mm; the flatness of the plate base surface in any direction is less than or equal to 3/1000mm; The life of the gasket is not less than 15 years, the pressure resistance meets the design requirements, and the leakage rate is zero when the medium is hot water at 200 °C; 20℃, the pressure is 1.25 times the working pressure.
Parameter
| Meet Compressor Horse Power(HP) | Size(mm) | Working Temperature | Working Pressure | Heating Exchange Surface |
| 1HP | 311*111*47 | ﹤200℃ | ﹤3．0MPa | 0.39m2 |
| 2HP | 311*111*67 | ﹤200℃ | ﹤3．0MPa | 0.62m2 |
| 3HP | 311*111*91 | ﹤200℃ | ﹤3．0MPa | 0.90m2 |
| 4HP | 311*111*110 | ﹤200℃ | ﹤3．0MPa | 1.12m2 |
| 5HP | 527*111*71 | ﹤200℃ | ﹤3．0MPa | 1.30m2 |
| 6HP | 527*111*81 | ﹤200℃ | ﹤3．0MPa | 1.51m2 |
| 7HP | 527*111*91 | ﹤200℃ | ﹤3．0MPa | 1.72m2 |
| 8HP | 527*111*100 | ﹤200℃ | ﹤3．0MPa | 1.92m2 |
| 10HP | 527*111*119 | ﹤200℃ | ﹤3．0MPa | 2.34m2 |
| 12HP | 527*111*143 | ﹤200℃ | ﹤3．0MPa | 2.86m2 |
| 15HP | 527*111*172 | ﹤200℃ | ﹤3．0MPa | 3.48m2 |
| 20HP | 617*192*141 | ﹤200℃ | ﹤3．0MPa | 5.04m2 |
| 25HP | 617*192*169 | ﹤200℃ | ﹤3．0MPa | 6.18m2 |
| 30HP | 617*192*203 | ﹤200℃ | ﹤3．0MPa | 7.51m2 |
principle
The plate heat exchanger is made of many stamped corrugated sheets at certain intervals, sealed around by gaskets, and overlapped with a frame and a compression screw. The four corner holes of the plates and gaskets form the fluid distribution pipe and At the same time, the cold and hot fluids are reasonably separated, so that they flow in the flow channels on both sides of each plate, and heat exchange is carried out through the plates.
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