Introduction Paragraph
Xinxiang Changsheng Refrigeration Equipment Co., Ltd. specializes in the design and manufacturing of high-quality ice machine evaporator coils. As the heart of any ice making system, our evaporator coils are precision-engineered to deliver superior heat transfer efficiency, exceptional durability, and reliable performance in commercial and industrial applications. We are a trusted OEM partner for ice machine manufacturers worldwide.

Key Features & Benefits
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Optimized Heat Transfer Efficiency
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Our coils are designed with advanced fin-and-tube technology to maximize surface area contact, ensuring rapid heat absorption and faster ice production cycles for your commercial ice machines.
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Corrosion-Resistant Construction
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Utilizing high-grade materials such as stainless steel tubes and coated aluminum fins, our evaporator coils offer excellent resistance to corrosion from water and ambient conditions, significantly extending service life.
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Durable for Demanding Environments
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Built to withstand continuous operation, our coils are robust enough for industrial ice makers used in food processing, fishing, and concrete cooling applications.
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Custom-Designed for Your Application
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We provide custom evaporator coils tailored to specific ice types (cube, flake, nugget, tube ice), machine capacity, and refrigerant requirements (R404A, R507, R134a, etc.).
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Consistent & Reliable Ice Production
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Precision manufacturing ensures uniform refrigerant distribution and consistent temperature across the entire coil surface, resulting in clear, high-quality ice harvests every time.
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Primary Applications
(Where Our Evaporator Coils Are Used)
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Commercial Cube Ice Machines: Undercounter ice makers, ice dispensers.
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Flake Ice Machines: For supermarkets, food processing, and chemical industries.
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Nugget Ice Makers: Popular in healthcare, restaurants, and bars.
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Tube Ice Machines: For industrial process cooling and fishing industries.
Technical Specifications
| Feature | Specification / Options |
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| Tube Material | Copper, Stainless Steel, Carbon Steel |
| Fin Material | Aluminum, Coated Aluminum (Blue Fin, etc.) |
| Refrigerant Compatibility | R404A, R507, R134a, R22, R717 (Ammonia) |
| Coil Type | Plate Type, Finned Tube Type |
| Customization | Size, Circuitry, Connection Types, Port Configurations |

Our Capabilities:
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OEM/ODM Services: We work closely with clients to develop coils for new or existing ice machine models.
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Quality Control: Each coil undergoes rigorous pressure and leakage testing before shipment.
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Global Export: Experienced in supplying international clients with reliable logistics support.
Why Choose Xinxiang Changsheng?
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Technical Expertise: Deep understanding of refrigeration cycles and ice-making principles.
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Advanced Manufacturing: State-of-the-art equipment for precision bending, welding, and assembly.
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Stringent Quality Standards: Commitment to delivering products that meet or exceed industry expectations.
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Competitive Pricing: Cost-effective solutions without compromising on quality or performance.
Frequently Asked Questions (FAQ)
Q1: What is the main cause of evaporator coil failure in ice machines?
A: The primary cause is corrosion, often due to water quality or a harsh environment. Our coils are built with corrosion-resistant materials specifically to combat this issue and extend the coil’s lifespan.
Q2: Can you manufacture coils as replacements for existing ice machine brands?
A: Yes. We specialize in producing replacement evaporator coils for a wide range of ice machine brands and models. Please provide the original model number or specifications for an exact match.
Q3: How does coil design affect ice production?
A: The design directly impacts efficiency. A well-designed coil with optimal surface area and proper refrigerant circuitry freezes water faster and releases ice more cleanly, increasing daily production capacity.
Q4: What information do you need to provide a custom coil quote?
A: Please provide the ice machine type (cube, flake, etc.), desired capacity, refrigerant type, overall dimensions, and any photos or drawings of the original coil.




