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Closed-circuit cooling towers place a tubular heat exchanger inside the tower. Heat is transferred from the coils by spray water through vaporization latent heat, and then the heat in the spray water is discharged by a top fan.
Closed-circuit cooling towers place a tubular heat exchanger inside the tower. Heat is transferred from the coils by spray water through vaporization latent heat, and then the heat in the spray water is discharged by a top fan.
Closed-circuit cooling towers place a tubular heat exchanger inside the tower. Heat is transferred from the coils by spray water through vaporization latent heat, and then the heat in the spray water is discharged by a top fan.
Closed-circuit cooling towers place a tubular heat exchanger inside the tower. Heat is transferred from the coils by spray water through vaporization latent heat, and then the heat in the spray water is discharged by a top fan.
Closed-circuit cooling towers place a tubular heat exchanger inside the tower. Heat is transferred from the coils by spray water through vaporization latent heat, and then the heat in the spray water is discharged by a top fan.
Closed-circuit cooling towers place a tubular heat exchanger inside the tower. Heat is transferred from the coils by spray water through vaporization latent heat, and then the heat in the spray water is discharged by a top fan.
Closed-circuit cooling towers place a tubular heat exchanger inside the tower. Heat is transferred from the coils by spray water through vaporization latent heat, and then the heat in the spray water is discharged by a top fan.
High-efficiency heat exchanger chiller
304 serpentine coil is formed by one-time bending, the bends are free of burrs and welds, and have high strength, reducing the risk of freezing and water leakage (improved die adjustment, no burrs).
Closed-circuit cooling towers place a tubular heat exchanger inside the tower. Heat is transferred from the coils by spray water through vaporization latent heat, and then the heat in the spray water is discharged by a top fan.
Closed-circuit cooling towers place a tubular heat exchanger inside the tower. Heat is transferred from the coils by spray water through vaporization latent heat, and then the heat in the spray water is discharged by a top fan.