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A new technology enterprise specializing in the research and development and production of closed cooling towers, composite cooling towers, evaporative condensers, adiabatic high-efficiency air coolers, and V-type air coolers. The company serves the domestic and international markets to the greatest extent with high-quality products and honest services. Products are widely used in casting, forging, injection molding, petroleum, chemical, data centers, IT, medicine, textiles, chemical fibers, rubber, plastics, food, biology, electronics, heat treatment and other industries

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Closed-circuit cooling tower


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 tower


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 tower


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 tower


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 tower


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 tower


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 tower


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 tower


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 tower


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.
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