Wire Tube Condenser Designed For Reliable Refrigeration Performance
Model No.: 588X Overall Dimensions: 233 × 217 × 115 mm Heat Dissipation Area: 0.514 m
Description
types of CNC machining
Product introduction
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Wire tube condensers are widely used in refrigerators, freezers and commercial refrigeration equipment. The strong wire and tube structure helps improve heat dissipation, maintain stable performance and provide flexible installation options for different equipment designs.
Heat exchanger Structure
Steel Tube
The condenser is built with strong steel tubing for reliable refrigerant flow, good pressure resistance and consistent performance during daily operation.
Wire Welding Structure
The welded steel wire framework increases the effective heat exchange area while providing additional support to the tube structure, helping maintain stable performance during long-term operation.
Anti-Corrosion Coating
The black protective coating improves corrosion resistance and extends service life in different refrigeration environments.
Advantages of Wire Tube Condenser in Refrigeration Equipment
Efficient Heat Release
Quiet Operation
Space-Saving Design
Affordable and Reliable
Anti-Corrosion Surface Treatment
Customized Wire Tube Condenser Solutions for OEM Customers
Meeting Different Refrigeration Equipment Requirements Through Flexible Customization
Different refrigeration equipment has different requirements for condenser size, installation space and heat dissipation performance. Our wire tube condensers can be customized based on customer drawings, samples or technical specifications to ensure a proper fit with refrigerators, freezers and commercial refrigeration systems.
Customized Dimensions
Overall width
Overall height
Depth
Tube length
Installation size
Everything You Need to Know
Why is a wire tube condenser widely used in refrigerators and freezers?
Wire tube condensers provide stable heat dissipation, compact structure and reliable performance through the combination of steel tubes and welded wire structure, making them suitable for long-term refrigeration operation.
How does wire spacing affect condenser performance?
Wire spacing affects airflow and heat transfer efficiency. Proper spacing design can balance heat dissipation performance and condenser size according to different refrigeration requirements.
What factors affect the performance of a wire tube condenser?
The performance depends on tube length, tube layout, wire structure, heat dissipation area and installation environment. A proper design helps improve condensation efficiency and system stability.
Why are steel tubes used in wire tube condensers?
Steel tubes provide good mechanical strength, pressure resistance and cost efficiency. With proper coating treatment, they can achieve reliable corrosion resistance for refrigeration applications.
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