**Fin Tube Heat Exchanger**
Brief Description:
1. High-efficiency heat exchanger designed for various applications. 2. Customized options available to meet specific requirements. 3. Operating pressure range: 0.2~3.1MPa, suitable for different system needs. 4. Fin spacing: 1.2~3.5mm, ensuring optimal heat transfer performance. 5. Tube diameters: 7mm, 9.52mm, 12.7mm, and 16mm, offering flexibility in design. The Technology to Create Perfection:
1. High-quality fins are manufactured with both plain and wave types, ensuring durability and efficiency. 2. The edges of the fins can be straight or rippled, depending on the application requirement. 3. All coils undergo 100% leakage testing and are cleaned using heated air circulation, followed by nitrogen charging for protection. 4. Mechanical bullet expansion ensures a tight bond between copper tubes and fins, enhancing heat transfer efficiency in condensers and evaporators. 5. We source only the highest quality raw materials globally to ensure that our heat exchangers meet international standards. 6. Available copper pipe sizes include 7mm, 7.94mm, 9.52mm, and 12.75mm, with smooth or grooved options. 7. Aluminum foil with hydrophilic and health-friendly properties is used to improve performance and longevity. Features:
1. Materials include copper, aluminum, and galvanized steel, providing versatility for different environments. 2. Aluminum foil options: hydrophilic or bare, tailored to specific usage conditions. 3. Fin types available: louvered, flat, or corrugated, allowing for optimized airflow and heat exchange. 4. Copper tubes come in various diameters (7mm, 8mm, 9.52mm, 12.75mm, 15.888mm) with either smooth or grooved surfaces. 5. Fin pitch can be adjusted between 1.8-5.8mm, offering customization for different applications. 6. Hole pitch and row pitch: 25*21.65MM and 12.7*19.05MM, ensuring structural stability and efficient heat transfer. 7. Compatible with refrigerants such as R134A, R22, R404A, and R407C. 8. Voltage options: 220V/1/50Hz and 380V/3/50Hz, or other custom specifications. 9. Various condensing fan options available, including shaded pole and outer rotor motors. 10. Gas pressure test at 3.0MPa to ensure leak-free performance. 11. Widely used in refrigeration systems, cold rooms, and other cooling applications. 12. Can be produced based on customer samples or drawings for customized solutions. 13. Production process includes tube bending, fin punching, expanding, drying, welding, leakage testing, inspection, and packing.
Contact me
Ruby Yang
Mobile: +86 15538183231
1. High-efficiency heat exchanger designed for various applications. 2. Customized options available to meet specific requirements. 3. Operating pressure range: 0.2~3.1MPa, suitable for different system needs. 4. Fin spacing: 1.2~3.5mm, ensuring optimal heat transfer performance. 5. Tube diameters: 7mm, 9.52mm, 12.7mm, and 16mm, offering flexibility in design. The Technology to Create Perfection:
1. High-quality fins are manufactured with both plain and wave types, ensuring durability and efficiency. 2. The edges of the fins can be straight or rippled, depending on the application requirement. 3. All coils undergo 100% leakage testing and are cleaned using heated air circulation, followed by nitrogen charging for protection. 4. Mechanical bullet expansion ensures a tight bond between copper tubes and fins, enhancing heat transfer efficiency in condensers and evaporators. 5. We source only the highest quality raw materials globally to ensure that our heat exchangers meet international standards. 6. Available copper pipe sizes include 7mm, 7.94mm, 9.52mm, and 12.75mm, with smooth or grooved options. 7. Aluminum foil with hydrophilic and health-friendly properties is used to improve performance and longevity. Features:
1. Materials include copper, aluminum, and galvanized steel, providing versatility for different environments. 2. Aluminum foil options: hydrophilic or bare, tailored to specific usage conditions. 3. Fin types available: louvered, flat, or corrugated, allowing for optimized airflow and heat exchange. 4. Copper tubes come in various diameters (7mm, 8mm, 9.52mm, 12.75mm, 15.888mm) with either smooth or grooved surfaces. 5. Fin pitch can be adjusted between 1.8-5.8mm, offering customization for different applications. 6. Hole pitch and row pitch: 25*21.65MM and 12.7*19.05MM, ensuring structural stability and efficient heat transfer. 7. Compatible with refrigerants such as R134A, R22, R404A, and R407C. 8. Voltage options: 220V/1/50Hz and 380V/3/50Hz, or other custom specifications. 9. Various condensing fan options available, including shaded pole and outer rotor motors. 10. Gas pressure test at 3.0MPa to ensure leak-free performance. 11. Widely used in refrigeration systems, cold rooms, and other cooling applications. 12. Can be produced based on customer samples or drawings for customized solutions. 13. Production process includes tube bending, fin punching, expanding, drying, welding, leakage testing, inspection, and packing.
Contact me
Ruby Yang
Mobile: +86 15538183231
| Item | Heat Exchanger Type | Operation Medium | Operation Pressure (MPa) | Application |
| 1 | Φ 16/Φ 9.52/Φ 12.7 Copper tube with aluminium fin | Cold/hot water | ≤ 1.6 | Used for combined air handling units, fan coil units, and air conditioning devices |
| 2 | Φ 18/Φ 20 Steel pipe winding with steel sheet | Steam | ≤ 0.2 | Used for combined air handling units, fan coil units, and air conditioning devices |
| 3 | Φ 16/Φ 9.52/Φ 12.7 Copper tube with aluminium fin | Brine | ≤ 1.6 | Used for heat transfer in cold storage and low-temperature systems |
| 4 | Φ 9.52/Φ 7.94/Φ 7 Copper tube with aluminium fin | Ethylene glycol | ≤ 1.6 | Used in energy recovery and low-temperature system devices |
| 5 | Φ 16 Copper tube with aluminium fin | Ice mud | ≤ 1.6 | Used for dry operation conditions, fresh air dehumidification, etc. |
| 6 | Φ 9.52/Φ 7.94/Φ 7 Copper tube with aluminium fin | R22 | ≤ 1.9 | Used for industrial and commercial air conditioning systems |
| 7 | Φ 9.52/Φ 7.94/Φ 7 Copper tube with aluminium fin | R407C | ≤ 1.9 | Used for industrial and commercial air conditioning systems |
| 8 | Φ 9.52/Φ 7.94/Φ 7 Copper tube with aluminium fin | R134a | ≤ 3.1 | Used for vehicle and vessel transportation devices |
ERW (Electric Resistance Welded) pipe is a type of steel pipe that is manufactured through the process of electric resistance welding. In this method, a flat steel strip is formed into a cylindrical shape and then passed through a series of rollers to produce a welded seam along its length. The electric resistance welding process involves applying a combination of heat and pressure to create the weld.
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Hydrogrand Steel Pipe Co.,ltd , https://www.hydrograndtube.com