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Copper Tube Aluminum Fin Evaporator Heat Exchanger
- 1.Tubes and Fins: Copper, cupro-nickel, aluminum, titanium and stainless steel
- 2. Tube Diameters: According to our fin mold, most common is 9.52mm, 12.75mm and 15.88mm
- 3. Casings: standard is galvanized steel, Aluminum and stainless steel for option
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Coper tube Aluminum Fins Evaporator
A Copper Tube Aluminum Fins Evaporator is a type of heat exchanger commonly used in refrigeration and air conditioning systems. Construction and Design Tube Materia: The evaporator consists of ......
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Roll Bond Aluminum Evaporator
Roll Bond Aluminum Evaporator is a highly efficient heat exchanger widely used in refrigeration and air conditioning systems. Ⅰ. Definition and Structure The roll bond aluminum evaporator is ......
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Roll Bond Evaporator
Roll Bond Evaporator is a special type of evaporator, mainly used in refrigeration and air conditioning systems. The following is a detailed analysis of it: Ⅰ. Definition and Structure Roll Bond ......
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Plate on Tube Evaporator with Aluminum
**Plate on Tube Evaporator with Aluminum (aluminum tube plate evaporator)** is a heat exchanger that combines aluminum plates and copper tubes (or other metal tubes), which is often used in refrige......
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Evaporator Coil for Reefer Container
Evaporator Coil for Reefer Container is the core component in the refrigeration system of refrigerated containers. The following is a detailed analysis of it: I. Definition and Function The eva......
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Air Cooled evaporator coil
Air Cooled Evaporator Coil is a key component in refrigeration systems, especially in air conditioning and cooling equipment. 1. Definition and Function Air-cooled evaporator coil is a heat excha......
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No-frost Fin Evaporator
No-frost Fin Evaporator is an important innovation in modern refrigerator refrigeration technology. The following is a detailed analysis of it: Ⅰ. Definition and Principle Frost-free fin evap......
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Aluminum tube Fin Evaporator
Aluminum Tube Fin Evaporator is a heat exchange device widely used in refrigeration and air conditioning systems. The following is a detailed introduction: Ⅰ. Structure and composition The al......