Round Type Cooling Tower
The Bottle Shape Cooling Tower, made from high-quality FRP (Fiber Reinforced Plastic), offers superior resistance to corrosion and outstanding durability against extreme vibrations, making it highly suitable for industrial environments.
Cross Flow Cooling Tower
Cross-flow cooling towers are designed to allow air to flow horizontally through the tower, while water moves vertically downward. This perpendicular flow configuration maximizes heat transfer and increases
Wooden Cooling Tower
Wooden cooling towers are designed specifically for applications that involve water with high levels of dissolved solids (TDS). Hot water from industrial sources is sprayed through nozzles, ensuring efficient heat dissipation and cooling.
Evaporative Cooling Tower
Evaporative cooling towers are used for heat removal in industrial, power plant, and HVAC systems. By utilizing water evaporation, they provide an efficient and environmentally friendly solution for large-scale cooling.
Dry Cooling Tower
A dry cooling tower is designed to remove excess heat in industrial and power generation processes, functioning without the use of water. Unlike wet cooling towers, dry cooling towers do not rely on evaporation to cool the water.
Natural Draft Cooling Tower
Natural draft cooling towers operate using natural air convection, allowing the large, hyperbolic structure to facilitate airflow and provide efficient cooling without the use of mechanical fans.
RCC Cooling Tower
RCC (Reinforced Cement Concrete) cooling towers are large, robust structures that efficiently dissipate heat from industrial and commercial operations. These towers are built to withstand the demanding needs of heavy industrial processes.
Square Type Cooling Tower
The Square Type Cooling Tower operates based on induced draft counterflow, where a fan generates vertical airflow, pushing air upwards through the tower, ensuring maximum heat dissipation
Closed Circuit Cooling Tower
A closed circuit cooling tower integrates the functions of both a heat exchanger and a cooling tower. In this system, the process fluid circulates through coils or heat exchangers, ensuring effective cooling and heat exchange.
