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The plate heat exchanger is a type of heat exchanger that can be installed in the process line or utility line to heat or cool a fluid. It uses a very thin sheet of corrosion-resistant metal (such as stainless steel, or titanium) to transfer heat between two fluids. Compared to a conventional heat exchanger, a plate heat exchanger has a larger surface area, thus the heat transfer rate is increased.
Product Features
- High performance heat transfer plate for optimize heat recovery.
- Turbulence flow on heat transfer plate reduce the fouling tendency.
- Compact unit that require minimum installation space.
- Capable to adjust heat transfer area to meet process duty.
Efficiency
- Plate heat exchanger is able to achieve a very low LMTD of 1°C(2°F)
- Low Efficiency. Shell and tube heat exchanger having LMTD value from 3°C to 5°C (5°F to 10°F)
High performance, small footprint, light, and durability make HISAKA brazed plate heat exchangers suitable for limited space applications. Even with a simpler structure, HISAKA BHE has its own unique features to apply to various applications ensuring efficient thermal performance and reliability.
Advantages of Brazed Plate Heat Exchanger
- High heat transfer performance due to its unique herringbone plates pattern.
- Able to operate at higher temperature and pressure due to its tough gasket-less brazed structure which enables tight sealing performance.
- Compact and light with the use of thinner materials to build.
Efficiency
- High thermal efficiency with overall U value of 4,000 to 8,000 W/m²°C
- Low Efficiency. Shell and tube heat exchanger having LMTD value from 3°C to 5°C(5°F to 10°F)
Spiral heat exchangers are engineered and designed to be reliable and durable which can handle various heat transfer requirements. With its self-cleaning feature, it can efficiently handle slurry, viscous fluid even dirty media. More so, with its robust and efficient design, spiral plate heat exchanger can be used for cooling, heating, or even heat recovery.
Product Features
- Self-cleaning ability, due to its rotary current flow, fouling can be removed.
- High overall heat transfer coefficient.
- Very low maintenance and operating cost.
- Customizable based on specification needed.
Performance
- Heat transfer coefficient is around 2,900 W/m².K which is almost 2 times that a shell and tube heat exchanger.
- Heat transfer coefficient is only around 1,500 W/m².K
Company name | HISAKA WORKS(THAILAND)CO., LTD. | Website URL | https://hisaka-asia.com/our-profile-thailand |
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Street address |
Debaratana Road, Bangna-Nua, Bangna Bangkok Kingdom of Thailand
[See map] |
Person in charge | Suwanvisith Chidchanok |
Telephone number | Log in to display | Fax number | Log in to display |
Capital | 6,000,000 THB | Employees | Unregister |
Annual sales | Unregister | EMIDAS Member Number | 104728 |
Main 3 products |
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