Round Type Cooling Tower
Bottle Shape Cooling Tower: Constructed from FRP (Fiber Reinforced Plastic), this tower is known for its corrosion resistance and ability to endure extreme vibrations and harsh environmental conditions. It is an ideal solution for industries where durability and reliability are paramount.
Cross Flow Cooling Tower
Cross-Flow Cooling Tower: This type of cooling tower efficiently handles heat exchange by having air flow horizontally while water flows vertically downward. The perpendicular movement of air and water maximizes the heat dissipation process, making it efficient for large-scale industrial
Wooden Cooling Tower
Wooden Cooling Towers: Designed to manage high TDS (Total Dissolved Solids) water, these towers use specialized nozzles to effectively cool water. Their robust structure ensures reliability in harsh conditions, especially for applications where water quality is a concern.
Evaporative Cooling Tower
Evaporative Cooling Towers: Using the principle of water evaporation, these towers remove excess heat from industrial systems, power plants, and HVAC applications. This natural process ensures a more energy-efficient cooling method,
Dry Cooling Tower
Dry Cooling Tower: A dry cooling tower eliminates the need for water in the cooling process. By using air instead of water, it efficiently cools industrial and power generation processes without relying on evaporation, ideal for areas with water scarcity.
Natural Draft Cooling Tower
Natural Draft Cooling Towers: These towers make use of natural convection to facilitate air circulation without mechanical fans. Their large, hyperbolic shape promotes airflow naturally, resulting in energy-efficient
RCC Cooling Tower
RCC Cooling Towers: Reinforced Cement Concrete cooling towers are large, highly durable structures that efficiently dissipate heat. Their rugged design makes them ideal for high-capacity industrial applications, ensuring reliable heat management in demanding environments.
Square Type Cooling Tower
Square Type Cooling Towers: Operating on the induced draft counterflow principle, these towers use a fan to create upward vertical airflow. This unique design ensures efficient cooling, making them perfect for industrial applications with significant heat dissipation
Closed Circuit Cooling Tower
Closed-Circuit Cooling Tower: This type of cooling tower integrates a heat exchanger within the system, where process fluid circulates through coils or heat exchangers inside the tower. It is highly efficient in managing both heat exchange and cooling while reducing water usage.
