The company's main products are aluminum tube type two-phase heat exchangers. Custom Aluminum Tube Freezer Condenser Factory.
Core Dimensions: 200 (L) x 43.3 (W) x 250 (H) mm
Mold Size: 9.52 x 25 x 21.65 mm
Fin Type: Plain foil corrugated fins (fin spacing 3.8 mm, fin thickness 0.15 mm)
Material: All-aluminum construction (1.2 mm aluminum sheet)
Piping: Copper-aluminum welded
The freezer condenser is engineered to provide reliable, high-efficiency cooling for a wide range of refrigeration applications.
Its core measures 200 mm in length, 43.3 mm in width, and 250 mm in height, with mold dimensions of 9.52 × 25 × 21.65 mm, offering a compact and durable structure that fits seamlessly into modern refrigerators, freezers, and other small-scale cooling units.
The condenser features corrugated foil sheets with a 3.8 mm spacing and a 0.15 mm thickness, which maximize the heat transfer surface area and ensure efficient airflow while promoting effective condensate drainage.
Copper-aluminum welded piping guarantees strong, leak-resistant connections, providing stable refrigerant flow and reducing the risk of operational failure.
The all-aluminum core, combined with 1.2 mm aluminum sheet metal, delivers a lightweight, corrosion-resistant, and durable structure, ensuring long-term performance even under continuous operation.
This high-quality condenser is widely applied in household and commercial refrigeration systems where consistent cooling, energy efficiency, and reliability are critical.
Its fully automatic welding process ensures precision and uniformity, minimizing defects and further reducing leakage risks.
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READ MOREAn Aluminum Tube Freezer Condenser plays an important role in refrigeration systems by releasing heat from the refrigerant to the surrounding environment. In freezer applications, the condenser must continuously handle high operating loads caused by long running cycles, temperature differences, and frequent heat rejection requirements. Therefore, the structural design and material performance of the condenser directly influence refrigeration efficiency and system stability.
The heat transfer capability of an aluminum tube freezer condenser is affected by tube arrangement, fin structure, airflow distribution, and surface treatment technology. High-performance aluminum tube solutions help improve thermal efficiency while reducing overall weight, making them suitable for modern refrigeration equipment that requires compact design and reliable operation.
The choice of condenser material affects not only heat exchange performance but also production efficiency and long-term operating costs. Compared with traditional copper-based heat exchangers, aluminum tube technology offers advantages in material utilization, lightweight design, and manufacturing efficiency, making it increasingly suitable for large-scale refrigeration equipment production.
Hangzhou Yijie Refrigeration Technology Co., Ltd. has 12 years of deep expertise in heat exchangers and holds multiple core technologies. Breaking through the limitations of traditional copper material, the company adopts high-performance aluminum tube technology. This reduces material costs by more than 30% while offering significant advantages in mass production, helping customers achieve better production efficiency and cost control.
The aluminum tube heat exchanger products developed by Hangzhou Yijie Refrigeration Technology Co., Ltd. are widely applied in household AC, automotive AC, dehumidifiers, cold chain systems, eco-friendly equipment, machine rooms, and warehouses. This diversified application experience allows the company to provide customized solutions according to different refrigeration environments.
Freezer condensers often operate under continuous working conditions where corrosion resistance and pressure strength are essential. Condenser failures caused by material degradation or structural weakness can affect refrigeration efficiency and increase maintenance requirements. Therefore, performance verification is an important step in ensuring product reliability.
| Testing Method | Performance Evaluation Purpose |
| 500-Hour Salt Spray Test | Evaluates corrosion resistance in humid and challenging operating environments. |
| 50,000 Pressure Cycle Verification | Checks structural durability under repeated refrigerant pressure changes. |
| Strength Performance Testing | Ensures stable operation during long-term refrigeration cycles. |
Hangzhou Yijie Refrigeration Technology Co., Ltd. has verified its products through strict testing procedures. The company's aluminum tube heat exchangers have passed 500-hour standard salt spray tests and 50,000 pressure cycle verification. Their corrosion resistance and compressive strength far exceed national standards, providing dependable support for freezer condenser applications.
Efficient airflow management is critical for freezer condenser performance. The condenser must effectively transfer heat away from the refrigerant side while maintaining sufficient air circulation. Poor airflow distribution may reduce heat rejection efficiency and increase compressor operating pressure.
Engineers typically optimize condenser structures by adjusting tube spacing, fin density, and airflow channels. These improvements help achieve a balance between heat exchange capacity and energy consumption, especially in compact freezer systems where installation space is limited.
Different refrigeration systems require condensers with different performance characteristics. Commercial freezers may focus on continuous operation and energy efficiency, while cold chain equipment may require stronger durability under changing environmental conditions. Selecting a suitable condenser design helps improve system matching and operating reliability.
With strong custom service capabilities, Hangzhou Yijie Refrigeration Technology Co., Ltd. can provide heat exchanger solutions according to specific application requirements. The company's products are designed for various scenarios, including refrigeration equipment, cold chain systems, eco-friendly equipment, machine rooms, and warehouses, supporting stable heat management in different industries.
Regular maintenance is important for maintaining condenser efficiency throughout the Aluminum Tube Freezer Condenser lifecycle. Dust accumulation, blocked airflow passages, and surface contamination may reduce heat dissipation performance and increase energy consumption. Keeping condenser surfaces clean allows the refrigeration system to operate more efficiently.
In practical applications, condenser reliability also depends on installation conditions, surrounding environment, and operating management. Proper airflow space and suitable operating conditions can help maximize heat exchange performance and extend the service life of refrigeration equipment.
Aluminum Tube Freezer Condenser Manufacturers 
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