Our counter flow cooling towers are engineered to minimize pump head requirements and are less susceptible to icing in cold weather conditions, ensuring year-round efficiency and reliability. With a range of cell sizes and customizable components, frp cooling towers are tailored to meet the specific demands of various industries.

Types of counter flow cooling towers

According to the noise level: ordinary type (P), low noise type (D), ultra-low noise type (C), industrial type (G)

According to the structure of the tower, there are square towers and round cooling towers.

Countercurrent cooling tower is the water in the tower filling, the water in the tower from top to bottom, the air in the tower from bottom to top, this is the counter current cooling tower.

Three stages of cooling tower:

1. The water distributor to the tower packing top, because the water temperature is relatively high, can continue to transfer heat to the air.

2. The filling water at the top of the counterflow cooling tower is exchanged with the hot gas at the bottom, commonly known as the countercurrent section.

3. When the filler reaches the bottom of the sump, the hot water will be cooled into cold water, and the counter flow type cooling tower is more efficient than the cross-flow cooling tower.

Advantages of counter flow cooling tower

1. The whole counter flow cooling tower design is simple, the water distribution system is smooth, the whole water distribution process does not need special requirements, and it is not easy to plug. Water filling is used to prevent aging and moisture reflux. In places where the temperature is relatively low, it is easy to take anti-freezing measures. And can design multiple cooling towers to be used at the same time.

2. The counter flow FRP cooling tower operation is relatively simple. The production cost of the entire equipment can be controlled, and it is usually used in some large cooling circulation water.

Counter flow cooling tower applications

• Medical Plants: Our counterflow cooling towers for sale provide the precise temperature control needed for sensitive medical environments.

• Nuclear Power Stations: Designed for the high safety and efficiency standards of nuclear facilities.

• Chemical and Oil Refineries: Capable of handling the demanding conditions and impurities found in these industries.

• Thermal Power Plants: Optimized for the heat transfer requirements of thermal power generation.

• Small Factory Industries: Suitable for smaller operations where space and efficiency are critical.

• Boiler Plants: Efficiently managing heat dissipation for boiler systems.

• Furnace Plants: Supporting the cooling needs of high-temperature furnace operations.