Finned Tube Evaporators Aluminum Fin And Tube Type Evaporator

Product Category: Refrigerator Evaporator

Lightweight & Cost-Effective: Aluminum construction provides weight savings compared to copper. Offers an optimal balance of performance, longevity, and material cost.

Unmatched Benefits for Your Application: Boosted energy efficiency, faster cooling rates, enhanced system reliability, reduced operational costs, lightweight design, wide application versatility.

Optimized Aluminum Construction: Utilizes Ø8.0mm aluminum tubes with wall thicknesses (0.7mm - 1.0mm), balancing strength, optimal refrigerant flow, and excellent thermal transfer. Aluminum fins (0.15mm - 0.25mm thick) maximize heat exchange surface area while minimizing air resistance an

Optimized Aluminum Construction: Utilizes Ø8.0mm aluminum tubes with wall thicknesses (0.7mm - 1.0mm), balancing strength, optimal refrigerant flow, and excellent thermal transfer. Aluminum fins (0.15mm - 0.25mm thick) maximize heat exchange surface area while minimizing air resistance an

Unmatched Benefits for Your Application: Boosted energy efficiency, faster cooling rates, enhanced system reliability, reduced operational costs, lightweight design, wide application versatility.

Enhanced Durability & Reliability: Aluminum offers excellent corrosion resistance. Mechanical expansion process creates a strong bond between fins and tubes. Rigorous leak detection guarantees system integrity.

Product Category: Refrigerator Evaporator

Lightweight & Cost-Effective: Aluminum construction provides weight savings compared to copper. Offers an optimal balance of performance, longevity, and material cost.

Enhanced Durability & Reliability: Aluminum offers excellent corrosion resistance. Mechanical expansion process creates a strong bond between fins and tubes. Rigorous leak detection guarantees system integrity.

Superior Thermal Performance: Aluminum's high thermal conductivity ensures rapid heat absorption. The fin-and-tube design creates a large, efficient heat transfer surface. Precise fin spacing and tube layout minimize airflow restrictions, enhancing system efficiency.

Unmatched Benefits for Your Application: Boosted energy efficiency, faster cooling rates, enhanced system reliability, reduced operational costs, lightweight design, wide application versatility.

Unmatched Benefits for Your Application: Boosted energy efficiency, faster cooling rates, enhanced system reliability, reduced operational costs, lightweight design, wide application versatility.

Lightweight & Cost-Effective: Aluminum construction provides weight savings compared to copper. Offers an optimal balance of performance, longevity, and material cost.

Core Applications: Domestic & Commercial Refrigerators, Freezers & Deep Freezers, Display Coolers & Chilled Cabinets, Beverage Coolers & Ice Machines, Cold Rooms & Walk-in Coolers/Freezers, Dehumidifiers & Air Conditioning Units, Medical & Laboratory Refrigeration, Industria

Superior Thermal Performance: Aluminum's high thermal conductivity ensures rapid heat absorption. The fin-and-tube design creates a large, efficient heat transfer surface. Precise fin spacing and tube layout minimize airflow restrictions, enhancing system efficiency.

Unmatched Benefits for Your Application: Boosted energy efficiency, faster cooling rates, enhanced system reliability, reduced operational costs, lightweight design, wide application versatility.

Optimized Aluminum Construction: Utilizes Ø8.0mm aluminum tubes with wall thicknesses (0.7mm - 1.0mm), balancing strength, optimal refrigerant flow, and excellent thermal transfer. Aluminum fins (0.15mm - 0.25mm thick) maximize heat exchange surface area while minimizing air resistance an

Superior Thermal Performance: Aluminum's high thermal conductivity ensures rapid heat absorption. The fin-and-tube design creates a large, efficient heat transfer surface. Precise fin spacing and tube layout minimize airflow restrictions, enhancing system efficiency.

Lightweight & Cost-Effective: Aluminum construction provides weight savings compared to copper. Offers an optimal balance of performance, longevity, and material cost.