Air cooled Finned-tube Condenser
Product Details
An air-cooled finned-tube condenser is a device that utilizes ambient air as a cooling medium to condense gaseous refrigerant and dissipate heat through forced convection. Its core structure consists of a metal tube bundle (typically copper or stainless steel) integrated with fins characterized by high thermal conductivity.
As high-temperature, high-pressure gaseous refrigerant flows through the tubes, heat is conducted through the tube walls to the external fins. By extending the geometric surface area, the fins significantly enhance the air-side heat transfer coefficient, thereby compensating for the inherently poor thermal conductivity of air. Assisted by forced airflow generated by a fan, the unit rapidly dissipates heat, causing the refrigerant to condense into a liquid state. To optimize overall performance, modern designs often employ corrugated or louvered fins to disrupt the airflow field and reduce thermal resistance within the boundary layer. Furthermore, these condensers are designed for compactness and corrosion resistance—often featuring hydrophilic coatings—and are widely used in residential air conditioners, small-to-medium-sized cold storage facilities, and industrial refrigeration systems, serving as critical thermal components for efficient energy conversion.
| Model |
Evaporator/Condenser |
| Weight |
10 kg |
| Applications |
Dehumidifiers, air-source systems, air conditioning, drying, heating, dehumidification |
| Type |
Condenser/Evaporator |
| Configuration |
Straight-row type |
| Specifications |
Copper tubing (internally threaded or smooth); fin pitch (1.5–5.0 mm); tube diameter (7, 9, 9.52, 12.7, or 15.88 mm); custom options available (non-standard, based on drawings, or built-to-order) |
Finned Evaporator Mold Specifications
| Purple, there are 4 types of copper pipes |
T1.T2.T3.T4. |
Commonly used copper tube types |
Internally threaded pipe, plain pipe |
Common Mold Specifications
| Pipe diameter |
Number of Rows (R) |
Fin Pitch (mm) |
Fin Length (m) |
Hole Spacing (mm) |
Row Spacing (mm) |
| 7 |
1R-30R |
1.5-2.5 |
1.5 |
25 |
21.65 |
| 9 |
1R-30R |
1.5-2.5 |
1.5 |
25 |
21.65 |
| 9.52 |
1R-30R |
1.5-8.0 |
1.5 |
25 |
21.65 |
| 12.7 |
1R-30R |
1.8-5.0 |
1.778 |
31.75 |
27.5 |
| 15.88 |
1R-30R |
1.8-5.0 |
1.7907 |
38.1 |
33 |
Heat Exchanger Fin Materials and Shapes
| Materials |
Copper tubes, aluminum foil, galvanized sheet or aluminum sheet |
| Copper tubes |
Plain tubes or internally threaded tubes |
| Aluminum foil |
Hydrophilic foil or plain foil |
| Tube diameter |
7, 9, 9.52, 12.7, 15.88 mm, etc. |
| Finals |
Windowed fins, flat fins, corrugated fins |
| Final spacing |
Adjustable |
| Suitable for |
Refrigerants R134A, R22, R404A, R407C, etc. |
| Casing |
With or without casing |
| Applications |
Nuclear power, petrochemicals, data centers, theaters, electronics manufacturing, airports, rail transit, etc. |
Fin Evaporator Applications
|
Fin evaporators are widely used in air conditioning, refrigeration, and heat pump systems, thanks to their highly efficient, extended heat transfer surfaces. Their primary function involves using low-temperature refrigerant flowing inside the tubes to absorb heat from the air outside, thereby cooling and dehumidifying the air or facilitating precise heat transfer.
These components serve as the core heat-absorbing elements in everything from household refrigerators and central air conditioning systems to industrial dehumidifiers and cold-chain transport equipment. Their lightweight design and superior convective heat transfer efficiency allow them to meet the requirements of various temperature zones. Through optimized fin spacing and specialized coatings, they effectively balance airflow resistance and frost resistance while maintaining high heat transfer performance, making them crucial for efficient energy conversion.
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Application
| Data Center Cooling System |
HVAC for Medical Facilities |
Logistics Center Air Conditioning System |
Certificate
Packing & Delivery
The normal package is wooden box. If export to european countries,the wooden box will be fumigated.If container is too tigher,we will use pe film for packing or pack it according to customers special request.
Lead Time: 20 - 40 days
Payment Terms: 50% T/T payment in advance, 50% T/T payment before delivery
Packing Condition: Standard export packing or customized packaging
Our Advantages:
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1.15+ Years Industry Experience: Specialized in HVAC & refrigeration heat exchangers manufacturing.
2.Full Customization Service: Custom size, material, fin design, anti-corrosion treatment and structure.
3.Strict Quality Control: Standard production and testing to ensure stable and durable performance.
4.OEM & ODM Available: Long-term cooperation for global HVAC OEM and engineering projects.
5.Fast Lead Time & Stable Delivery: Complete production lines to meet bulk and urgent orders.
6.Professional Technical Support: Quick quotation, technical selection and after-sales service worldwide.
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FAQ
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Q1: How can I contact you?
A1: * Contact us online anytime for a quick response, or reach out via email, WeChat, or WhatsApp.
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* We can provide information on Minimum Order Quantities (MOQ) for your reference.
Q3: How can I verify product quality before placing an order?
A3: * Samples are available for testing prior to placing an order.* If you are in China, you are warmly welcome to visit our factory to inspect the quality firsthand, or to visit our office for a meeting.
Q4: What about after-sales service?
A4: * Please contact us immediately if you encounter any issues after receiving the goods; our engineers are ready to assist you and ensure your satisfaction.
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Air cooled Finned-tube Condenser Images
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