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Features Evaporator coils in air conditioning systems absorb warm air and cool it through a blower and refrigerant process. The fin-type evaporator uses copper tubes (φ7mm to φ15.88mm) with advanced fins, boosting heat exchange efficiency by 1.3-1.4 times over standard models. Fins are made fr...
Evaporator coils in air conditioning systems absorb warm air and cool it through a blower and refrigerant process.
The fin-type evaporator uses copper tubes (φ7mm to φ15.88mm) with advanced fins, boosting heat exchange efficiency by 1.3–1.4 times over standard models. Fins are made from hydrophilic aluminum or copper foil, and mechanical expansion ensures optimal performance.
Custom-designed condensers, evaporators, and coils provide efficient heat exchange for air conditioners, heat pumps, and fan coils, with various options to meet different needs.
| Copper Tube | Aluminum Tube | Bare Fin | Copper Fin | Hydrophilic aluminum fin | Anti-corrosion aluminum foil |
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| Bare tube, inner grooved tube | Bare tube, inner grooved tube | For normal use like freezing and refrigeration | For industrial equipment,subway and train air conditioning | For indoor and transport air conditioning evaporators | For medical, chemical and marine climate. |
● Air Conditioning
● Heat Pump
● Refrigeration
Introduction The CMA Room-Based Air-Cooled Air Conditioner offers precise temperature and humidit...
Features Capacity: 6.2~12.5Tons, 22~43kW, 75000~150000 BTUs Efficiency: 2.7~3.3 cop. Warranty: Co...
Features ● High-precision molds and impact-resistant designs with adjustable fin spacing. ● Mecha...
Features Evaporator coils in air conditioning systems absorb warm air and cool it through a blowe...
Introduction The Heat Pipe Air Conditioning Unit is an energy-efficient solution for precise temp...
Features ● Shell-and-Tube Heat Exchangers: Includes fixed tube-sheet, U-tube, floating head types...
Features ● High-precision molds and impact-resistant designs with adjustable fin spacing. ● Mecha...
Features Air discharge direction Performance ranges Cooling capacity: from 148 to 921 kw Ai...
Features Counterflow towers use about 20% less fill volume than crossflow towers, improving heat ...
Features The square counterflow cooling tower is energy-efficient, water-saving, and designed for...
Features ● High-precision molds and impact-resistant designs with adjustable fin spacing. ● Mecha...
Features Air discharge direction Performance ranges Cooling capacity: from 5 to 649 kw Air ...
Features The square counterflow cooling tower is energy-efficient, water-saving, and designed for...
Features ● Shell-and-Tube Heat Exchangers: Includes fixed tube-sheet, U-tube, floating head types...
Features ● Shell-and-Tube Heat Exchangers: Includes fixed tube-sheet, U-tube, floating head types...
Features Air discharge direction Performance ranges Cooling capacity: from 148 to 921 kw Ai...
