An Industrial Cooling Tower removes excess heat generated during industrial processes, transferring it to the atmosphere through water circulation and evaporation to maintain process stability.
Mihir Cooling Towers has been manufacturing FRP and RCC cooling towers since 1976. We were the first company in India to manufacture FRP cooling towers, replacing conventional wooden towers with a design the rest of the industry soon followed — and the first to introduce India's Round Bottle Shaped counterflow FRP cooling tower the same year.
With over 35,000 towers installed across India and abroad, and an in-house Pultruded FRP manufacturing facility certified and tested by IIT Madras, Mihir delivers Counterflow and Crossflow cooling tower solutions engineered for corrosion resistance, long service life and lower operating costs — trusted by process industries, power plants and manufacturing units across Mumbai and the wider region.
An Industrial Cooling Tower is a heat rejection system designed to remove excess heat generated during industrial processes, transferring it to the atmosphere through water circulation and evaporation. Mihir's Industrial Cooling Towers are engineered as Counterflow and Crossflow systems, built in FRP, RCC and Pultruded FRP, to maintain process stability and protect equipment from overheating across continuous industrial operation.
| Technical Specification | Details |
|---|---|
|
Cooling Tower Type |
Induced-Draft Counterflow & Crossflow Cooling Tower |
|
Construction Material |
FRP / RCC / Pultruded FRP / Hot-Dip Galvanized Steel |
|
Cooling Capacity |
10 TR to 4,000 m³/hr/cell (varies by series) |
|
Fan Type |
Axial Flow Fan, Aerofoil-Shaped Hollow FRP Blades |
|
Fill Media |
Honeycomb PVC / Cross Flute Film / Opti Grid Splash / V-Bar (per application) |
|
Drift Loss |
Less than 0.05% of circulating water flow |
|
Motor |
1500 RPM, 415V TEFC, IP65 Weatherproof (Siemens/Crompton or equivalent) |
Our Mission COOLMAX program includes a dedicated Performance Review phase — measuring hot water temperature, cold water temperature, wet bulb temperature, water flow rate, vibration and noise level, with a detailed analysis report and efficiency recommendations.
Aerofoil-shaped hollow FRP fan blades and honeycomb PVC fill are engineered to minimize energy consumption while maintaining cooling capacity, keeping operating weight and fan power demand low.
PVC drift eliminators keep drift loss below 0.05% of circulating water flow, while closed, uniform water distribution systems reduce algae growth and clogging compared to open trough designs.
FRP structural products resist a broad range of corrosive chemicals and are tested and certified by IIT Madras; RCC-based series resist heat, UV rays and decay, with hurricane and cyclone resistance by virtue of mass.