Siping Juyuan Hanyang Plate Heat Exchanger Co., Ltd
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Plate Heat EXchabger Spare Parts
99
Custmized Plate Heat EXchabger Spare Parts
THT Plate Heat Exchanger Unit
9999
THT Plate Heat Exchanger Unit (Indor & Outdoor Container)
THT Brazed Plate Heat Exchanger
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THT Cooper & Iron Base Brazed Plate Heat Exchanger
THT Class I Energy Efficiency Gasketed Plate Heat Exchanger
999
The THT Class I Energy Efficiency Gasketed Plate Heat Exchanger is a high - performance detachable plate heat exchanger model. Its product features are based on industry standards and technological innovation: 1. Core design parameters - Pressure and temperature range: The maximum installed area of a single unit is 4000㎡, the maximum water treatment capacity of a single unit is 3800㎡ per hour, the maximum design pressure is 4.2MPa, the test pressure for the maximum energy - efficiency value is 5.5MPa, the maximum energy - efficiency value EEI is 250, and the minimum logarithmic mean temperature difference is 0.5℃. The heat - exchange area of a single plate is 4.0㎡, and the machining deviation of the corrugation depth is only ±0.1mm, making it suitable for medium - and low - pressure working conditions. The compact design structure makes it suitable for HVAC systems with limited space and various application scenarios. 2. Hydrodynamic optimization - Low - resistance induced diversion area: The flow channels are optimized through computational fluid dynamics (CFD) and finite element analysis to achieve uniform flow - field distribution and reduce pressure drop. - Lightning corrugation design: The unique corrugation structure eliminates stress, reduces the risk of scaling, and enhances long - term operational stability. 3. Materials and processes - Material selection: Stainless steel is used, which combines corrosion resistance and pressure - bearing capacity, meeting the hygiene and safety requirements of industries such as food and chemical. - Sealing technology: The design of the rectangular snap - on sealing gasket separates the fixing and sealing functions, improving sealing reliability and extending service life. 4. Energy efficiency and certification - High heat - transfer efficiency: The circular arc design at the corrugation peaks enhances the turbulence effect, and the heat - transfer coefficient is significantly higher than that of traditional plate types. Through structural innovation and process optimization, the THT Class I Energy Efficiency Gasketed Plate Heat Exchanger model achieves high - efficiency heat transfer, low maintenance costs, and wide applicability.