Ice Maker Condenser

Short Description:

This condenser utilizes a robust and efficient construction method specifically designed for the demanding environment of ice makers. Instead of traditional fins, a matrix of high-tensile steel wires is spot-welded onto both sides of the refrigerant tubing. This creates an exceptionally sturdy, vibration-resistant component with a high surface area for optimal heat transfer. The design is ideal for compact spaces and can be tailored to meet exact application requirements.


Product Detail

Product Tags

Key Features & Advantages

· Dual-Side Spot-Welded Steel Wire Grid: The welded wire matrix on both surfaces provides exceptional mechanical strength, prevents tube vibration, and creates a large, effective surface area for rapid heat dissipation, leading to faster ice production cycles.

· High-Strength 4.76mm Bundy Tube: The core uses reliable steel tubing for leak-proof performance and efficient refrigerant flow.

· Superior Corrosion Protection: The uniform black electrophoretic coating ensures long-term resistance to rust and corrosion, even in humid conditions common around ice machines.

· Fully Customizable Design: We offer customization of overall dimensions (Length, Width, Height), tube circuit layout, wire grid density, and port configurations to seamlessly match your ice maker's specific design and thermal capacity needs.

· Compact & Robust Build: The welded wire construction allows for a very rigid yet space-efficient component, simplifying installation and ensuring durability.

Technical Specifications

Parameter Specification / Description

Product Type Multi-Layer Steel Wire Condenser

Primary Application Compact Ice Makers

Core Tube Material Bundy Steel Tube

Tube Diameter 4.76 mm

Heat Exchange Structure Steel wires spot-welded on both sides of tubes

Surface Treatment Black Electrophoretic Coating (E-Coating)

Key Benefits High structural strength, excellent heat dissipation, vibration resistance, corrosion protection

Customization Available for dimensions, circuit layout, and port specifications.

For a custom-designed condenser solution, please provide your specific parameters such as available installation space, required heat rejection capacity, and refrigerant type.


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