Round Type Cooling Tower
The Bottle Shape Cooling Tower, made from high-quality FRP, is designed to withstand corrosion and tough environmental conditions. It provides reliable, long-term cooling in applications where durability is critical.
Cross Flow Cooling Tower
This cooling tower design ensures efficient heat exchange by using horizontal airflow and vertical water flow. Its configuration makes it ideal for large-scale industries, such as power generation and chemical processing.
Wooden Cooling Tower
These towers are specifically suited for cooling systems with high TDS (Total Dissolved Solids) water. Their unique design, which includes specialized nozzles, allows for effective cooling even in challenging water quality situations.
Evaporative Cooling Tower
Evaporative cooling towers use the natural process of evaporation to remove heat from water and air, making them a highly energy-efficient option for industrial plants and HVAC systems.
Dry Cooling Tower
Dry cooling towers are designed for water-scarce regions, using air alone to remove heat. They provide a reliable, sustainable cooling solution for industrial processes without relying on water.
Natural Draft Cooling Tower
Relying on natural convection, these cooling towers allow for airflow without mechanical fans. Their large hyperbolic shape is ideal for efficient heat dissipation
RCC Cooling Tower
RCC (Reinforced Cement Concrete) cooling towers offer an extremely durable solution for industrial cooling. Their robust design ensures consistent performance under demanding operational conditions.
Square Type Cooling Tower
Square Type Cooling Towers employ an induced draft counterflow design, pushing air upwards using fans. Their compact and efficient design ensures high-performance cooling
Closed Circuit Cooling Tower
The closed-circuit cooling tower system allows for more efficient heat exchange while minimizing water usage. It circulates process fluid through a heat exchanger and removes heat, making it suitable for industries focused on water conservation.
