Round Type Cooling Tower
Known for its superior resistance to corrosion, the Bottle Shape Cooling Tower is made from high-quality FRP. It is designed for reliable, long-term cooling performance, especially in harsh operational
Cross Flow Cooling Tower
This cooling tower type uses horizontal airflow and vertical water flow, optimizing heat exchange efficiency. It is ideal for industries that require cooling solutions for large processes and equipment.
Wooden Cooling Tower
Specifically designed for environments where water quality may be poor, wooden cooling towers effectively manage high TDS levels. The use of efficient nozzles ensures consistent cooling, even in water with challenging quality.
Evaporative Cooling Tower
Using the natural evaporation process, these cooling towers efficiently lower temperatures, making them an energy-saving solution for large-scale industrial applications such as power plants
Dry Cooling Tower
Designed to operate without water, dry cooling towers use only air to cool industrial systems, offering a water-efficient and eco-friendly alternative for areas with limited water resources.
Natural Draft Cooling Tower
With no need for mechanical fans, natural draft cooling towers use natural convection to move air and dissipate heat their large, hyperbolic structure.
RCC Cooling Tower
Reinforced Cement Concrete cooling towers provide a robust solution for large industrial applications. Their durable structure makes them ideal for handling heavy-duty cooling needs in power plants and large manufacturing facilities.
Square Type Cooling Tower
These cooling towers use the induced draft counterflow method, which pushes air vertically through the tower. This design ensures efficient heat dissipation, making them ideal for industries with large heat dissipation requirements.
Closed Circuit Cooling Tower
By integrating heat exchangers within the cooling system, closed-circuit cooling towers provide highly efficient heat removal while conserving water. They are a sustainable option for industries aiming to reduce water usage.
