Water-Cooled Marine Plate Heat Exchange r w ith ISO CE Certification
Jiema Water-Cooled Marine Plate Heat Exchange r w ith ISO CE Certification consists essentially of heat transfer plates, gaskets and a clamping device. Owing to its structure and heat exchange principle, it is characterized by compact structure, small floor area, high heat transfer coefficient and operation flexibility, wide application range, small heat loss, easy installation and clean s ing, etc.
Component Materials
Heat Exchanger Plate : SUS304, SUS316L, SMO254, titanium, nickel, Hastelloy alloy
Gasket seal: NBR, H-NBR, EPDM, food pad, fluorine rubber, silicon rubber
Frame: Carbon steel, stainless steel, coated stainless steel
Clamping bolt: Galvanized carbon steel, stainless steel
Interface: Rubber, carbon steel, stainless steel
Guide bar: Galvanized carbon steel, stainless steel
Gasket Material a nd Application
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Material Description
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Code
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Applicable Temperature (ºC)
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Anti-corrosive Performance and Applicable Occasions
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NBR
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N
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-20~110
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Hot air, water, non-polar oil, mineral
oil, lubricant and silicone oil, etc.
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EPDM
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E
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-50~150
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Vapor, polar chemical medium, alcohol, weak acid, weak alkali and oxidizing agent, etc.
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Fluorine Rubber
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F
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0~180
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Inorganic acid, alkali, mineral oil and
Haloalkane, etc.
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Silicon Rubber
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Q
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-65~230
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Resistant to cold current and dry hot
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Caratteristiche
1. High Efficiency
2 . High Heat Transfer Rates
3 . Modularity For Flexibility
4 . Design compatto
5 . Self-Cleaning Action
6 . Easy to maintance
FAQ
1. Apart from a Marine Plate Heat Exchanger, what are the necessary materials that I need for maintanance?
Spares including Heat Exchanger Plate&Gasket, Flange, bolts and nuts et cetera are all available in our factory as replacement/maintanance.
2. How does a Marine Plate Heat Exchanger Work?
Each unit consists of a series of grooved plates that are individually gasketed and pressed tightly together by compression bolts within a frame. Fluids enter and exit the PHE through portholes in one or both ends of the frame. Within the unit, the fluid to be heated or cooled flows down one side of each plate, while the heating or cooling medium flows in the opposite direction across the other side. The huge temperature difference created by these opposite flows allows maximum heat transfer efficiency for closest possible approach temperature .
Real-time Factory Shot and Certificate Obtained
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