enquiry@heatexchanger.co.in
+91 9444464102    |    +91 422 2673175
FRP Cooling Towers

FRP Cooling Towers

FRP Cooling Towers are manufactured with Glass reinforced plastic mostly in wind with standing bottle type and square type models. It is a mechanical type Counter Flow Tower. FRP Cooling tower intakes the air from bottom and discharge the waste heat at the top. Since the water is traveling from top and the air passes from bottom to top, the water droplet have more direct contact time with air. The wet cooling Towers are cooled with the help of evaporating some proportionate quantity of cirulating water.



Frp Multi Cell Square Cooling Tower

Frp Multi Cell Square Cooling Tower

The FRP Multi-Cell Square Cooling Tower by United Cooling Systems Pvt. Ltd. is a robust and versatile cooling solution designed to meet the demanding requirements of various industrial applications. With its square design and multiple cells, this cooling tower offers enhanced efficiency and scalability, making it ideal for large-scale cooling operations. Crafted from high-quality fiberglass reinforced plastic (FRP), these towers are resistant to corrosion, UV radiation, and harsh weather conditions, ensuring long-term durability and reliability. The multi-cell configuration allows for optimal heat dissipation and airflow distribution, resulting in efficient cooling performance while minimizing energy consumption. Whether for power plants, chemical processing facilities, or HVAC systems, the FRP Multi-Cell Square Cooling Tower provides a cost-effective and dependable solution for all your cooling needs.



Frp Bottle type Cooling Tower

Frp Bottle type Cooling Tower

The bottle type tower casing is filled with Honeycomb type PVC FILLS. The rotating water distributor sprinkler is fixed in the top of the inlet pipeline and the same distributes the hot water evenly over the Honeycomb Fill media. The sprinkler will be operated with self-propulsion system. The PVC Fills is corrugated with channels between each flutes to prevent the blockage and giving more and large surface area per unit volume. The cold air meets the cold water at the bottom of the infill providing maximum evaporation and heat transfer in the infill.