| Customized: | Customized |
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| Certification: | CE, ISO, RoHS |
| Sectional Shape: | Square |
| Material: | Steel |
| Transport Package: | Wooden Case |
| Specification: | Customized |
| Customization: |
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Audited Supplier The natural laws of physics dictate that the energy in a system will always flow until equilibrium is achieved. If there is a temperature difference, heat will naturally transfer from the warmer body or fluid to the colder medium. The theory of heat transfer from one media to another, or from one fluid to another, is determined by several basic rules.
(1) Heat will always flow from a hotter medium to a colder medium.
(2) There must always be a temperature difference between the media.
(3) The heat lost by the hotter medium is equal to the heat gained by the colder medium, excluding any losses to the surrounding environment.
A heat exchanger follows heat transfer theory in its endeavor to reach equalization that continually transfers heat from one medium to another. There are two main types of heat exchangers:
* Direct heat exchanger, where both media come into direct contact with each other without any mixing between them. A cooling tower is an example of this type of heat exchanger, where water is cooled by coming into direct contact with air.
* Indirect heat exchanger, where both media are separated by a wall through which heat is transferred. This method enables better regulation and optimization of the heat transfer procedure, leading to improved efficiency and cost-effectiveness.
* Plate heat exchanger advantages & disadvantages
Advantages of a plate heat exchanger
(1)The true counter-current flow design enhances thermal performance. Additionally, significantly less hold-up volume (up to 80-90% less).
(2)Require low capital investment and have lower installation costs compared to other heat exchanger types. The plates can also be easily removed and replaced, that have limited maintenance and operating costs.
(3)Plate heat exchangers are less prone to fouling, stress, wear, and corrosion. This ensures the greatest reliability.
(4)Consume less energy while delivering optimal process results, making them environmentally friendly.
(5)Offer a wide range of operating pressures and temperatures.
Disadvantages of a plate heat exchanger
(1)Poor sealing can lead to leakage, which can be a significant issue.
(2)Have limited pressure capabilities, generally not more than 1.5MPa.
(3)When dealing with fluids containing suspended solids, there is a higher occurrence of blockages.
(4)Unsuitable for gas-to-gas heat exchange
(5)Compared to shell and tube heat exchangers, plate heat exchangers are more susceptible to fouling.
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