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HOME > Products > Plate-type heat exchanger |
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Consolidated the manufacturing technology for the complete maintenance of vacuum air tightness |
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Consolidated the technology to design various electric plates |
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Consoliated a program to design heat exchangers |
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Applied for the first time into an absorption system type solution heat exchanger |
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Electric plates of corrugated shape of herring bones |
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Maximized electric heating effect by having the fluid's flow turn into powerful warm currents for excellent usability |
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By maintaining a high wall shearing stress inside the channel, minimized pollution (reduced fouling effect) |
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Easy control of capacity by controlling the number of electric plates
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| Box and plate type-heat exchanger |
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Product explanation |
The most appropriate heat exchager for vacuum and low pressure systems |
| Characteristics |
A solution box is attached on the entry and exit and it is designed into a structure for smooth distribution of the solution
Used at vacuum and low pressure (10 bar). It is the most appropriate product for high temperature heat modification |
| Designed pressure |
10 bar |
| Designed temperature |
350℃ |
| Applied areas |
Absorption freezer, absorption chiller, absorption heat pump |
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| Large plate-type heat exchanger |
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Product explanation |
Highly-reliable heat exchanger that can withstand high temperature and pressure. |
| Characteristics |
Can be used to replace large shell and tube heat exchangers without using a gasket
Less expensive than shell and tube heat exchangers. It is also smaller being only 1/4 the size of shell and tube heat exchangers. |
| Designed pressure |
40 bar |
| Designed temperature |
350℃ |
| Applied areas |
Can be utilized in various fields such as shipbuilding, chemicals, foods, power plants, freeze processing, and local heating and cooling |
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| Large plate type heat exchanger |
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Product explanation |
Highly-reliable heat exchanger that can withstand high temperature and pressure. |
| Characteristics |
Can replace existing shell and tube heat exchangers with wide ranging capacities |
| Designed pressure |
30 bar |
| Designed temperature |
350℃ |
| Applied areas |
Can be utilized in various fields such as shipbuilding, chemicals, foods, power plants, freeze processing, and local heating and cooling |
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