Round Type Cooling Tower
The Bottle Shape Cooling Tower is built using high-quality FRP material to withstand harsh environmental conditions. This tower’s unique bottle shape ensures maximum efficiency by enhancing the cooling process and providing superior resistance to corrosion, making it a reliable choice for demanding applications
Cross Flow Cooling Tower
A cross-flow cooling tower offers a highly efficient cooling process by allowing air to flow horizontally while water moves vertically. This perpendicular arrangement of water and air enhances the heat exchange, ensuring superior performance in cooling systems that require consistent heat dissipation.
Wooden Cooling Tower
Wooden cooling towers are ideal for environments where water contains high levels of dissolved solids (TDS). These towers spray hot water over large surfaces, promoting effective heat dissipation. The wood construction ensures resistance to corrosion, making it an excellent solution for long-term
Evaporative Cooling Tower
Evaporative cooling towers remove heat by utilizing water evaporation. As water evaporates, it carries away heat, reducing the water temperature and making the system more energy-efficient. This cooling method is widely used in large industrial
Dry Cooling Tower
Dry cooling towers operate without the use of water, relying on air to cool down hot process fluids. These systems are ideal for areas where water scarcity is an issue or for operations that generate high levels of heat.
Natural Draft Cooling Tower
Natural draft cooling towers are powered by the natural upward flow of air due to temperature differences within the tower. This design eliminates the need for mechanical fans
RCC Cooling Tower
RCC cooling towers are large, durable structures made from reinforced cement concrete. These towers are designed to withstand heavy-duty industrial applications, providing reliable cooling in power plants, oil refineries, and other large-scale facilities that need robust
Square Type Cooling Tower
The Square Type Cooling Tower is designed with a counterflow system, ensuring that water moves downward while air is drawn upward by a fan. This countercurrent design maximizes heat transfer and ensures efficient cooling in both large
Closed Circuit Cooling Tower
Closed-circuit cooling towers combine the best features of both cooling towers and heat exchangers. The process fluid circulates through coils or heat exchangers, allowing for effective heat removal without contamination.
