high capacity air compressor machine online manufacture

Product Description: The DM-FNU-type condenser is specifically engineered for achieving high-efficiency heat exchange in compact refrigeration and air-conditioning systems. With its distinctive U-shaped coil ... Read More

Product Description: The DM-FNU-type condenser is specifically engineered for compact refrigeration and air-conditioning systems to achieve high-efficiency heat exchange. Its design includes a distinctive U... Read More

Industrial-Grade Air Cooler Condenser For Heavy-Duty Cooling Applications Product Description: The condenser is responsible for removing heat from the compressed gas. It is usually a coil of copper tubing that ... Read More

Product Description: High, Intermediate, and Low Temperature Compressor Types The high-temperature type of compressor has an evaporating temperature range of 12.5C to -10C. Its compressor motor has a nominal ... Read More

Product Description: Main Machine Configuration 1. H-Type 2. Fins 3. Axial Fans 4. Fan Motor 5. Filter 6. Air Inlet/Outlet Grilles 7. Headers/Manifolds 8. Support Frame 9. Deflector Plates 10. Thermal Expansion ... Read More

Product Description: Main Machine Configuration H-shaped Tubes Fins Axial Fans Fan Motor Filter Air Inlet/Outlet Grilles Headers/Manifolds Support Frame Deflector Plates Thermal Expansion Valves Pressure Relief ... Read More

Product Description: Main Machine Configuration 1. H-Type 2. Fins 3. Axial Fans 4. Fan Motor 5. Filter 6. Air Inlet/Outlet Grilles 7. Headers/Manifolds 8. Support Frame 9. Deflector Plates 10. Thermal Expansion ... Read More

V-type double-layer intergral condenser Unit Main Machine Configurations 1 Condenser Shell 2 Compressor 3 Upper and Lower Water Chambers 4 Cooling Water Inlet and Outlet 5 Vapor Inlet 6 Condensate Outlet 7 ... Read More

Product Description: Main Machine Configuration 1. U-shaped Tubes 2. Fins 3. Axial Fans 4. Fan Motor 5. Filter 6. Air Inlet/Outlet Grilles 7. Headers/Manifolds 8. Support Frame 9. Deflector Plates 10. Thermal ... Read More