The Square Shape Cooling Tower is of the design: Vertical Induced Draft Counter Flow, with a uniform distribution of water and an optimal transfer of heat
These are used by all large industries to cool the water that has undergone recycling
The installation of these products can be done independent of the direction of wind
Square Shape Cooling Towers are nothing but heat rejection devices that are used to remove unwanted heat into the air from the cooling stream of water to a reduced temperature
Square Shape Cooling Towers Applications:
Aluminium die casting m/c
Air compressors
A/C plant & cold rooms
Blow moulding M/c
Chemical industries
Dairy,Citrus and other food processing industries
Distilleries and Breweries plants
Diesel / Gas Gensets & Megawatt Projects
Glass Mfg. Plant
Herbal,Aromatics & extraction plants
Industries heat process
Oil refineries
Plastic injustion moulding m/c
PVC pipes mfg.plant
Soap / Cosmetic mfg. industries
Steel factory and foundry

>Square cooling tower gives 100% cooling efficiencies
>Give good appearance flow rate from 5 M3/Hr To 550 M3/Hr gives differences in temperature 4°C To30 °C
>Availability of Capacities from 5 TR T0 600 TR in single cell.

1.All structural in HDG Steel
2.PVC Fills with varying flute sizes of 12 mm, 14 mm, 19 mm, 22 mm
3.TEFC, IP-55 Protected ‘F’ Class Insulated motor with extended shaft
4.Adjustable pitch axial flow, dynamically balanced aluminium fans
5.Casings of FRP (Fibre Reinforced Plastics) for durability and strength


The series adopts the fundamentals of induced draft counter flow operation, whereby the heated water enters the cooling tower via the inlet pipes and leaves out after lowering down the temperature. The hot water is splashed through the non clogging splash caps over the fills/packing for increasing the surface area. Simultaneously the outside dry air is induced to the cooling tower with the efforts of cooling tower motor emplaced on the top. Due to this counter contact of water and air, the evaporation takes place resulting in the temperature drop.
The air inlets are limited to the lower part of the casing walls and the air after going through the functioning area leaves most of the entrained moisture in the new and the effective system of drift eliminators.