CROSS FLOW COOLING TOWER
We specialize in offering a wide range of Pultruded Fiber Glass Crossflow Cooling Towers to our customers. These towers belong to the family of mechanical drift cooling towers, where the upward flow of air cools down the hot water raining down from the top hot water basin onto the bottom cold-water basin.
MATERIALS AND STRENGTH
Pultruded FRP (Fiber-Reinforced Polymer) is used for the structural components of these towers. FRP is known for its high strength, corrosion resistance, and durability.
These towers can withstand exposure to saltwater, chemicals, UV radiation, and biological attack. They are ideal for use in challenging environments.
The tower casing is made of tough corrugated FRP sheets, which enhance both strength and aesthetics.
ADDITIONAL FEATURES
Drift eliminators reduce carryover from the cooling tower.
Inlet louvers prevent debris and rain from entering the cooling tower basin and minimize water splashing out.
These towers are suitable for polluted water with high Total Suspended Solids (TSS) and oil/grease concentrations.
DESIGN AND OPERATION
These cooling towers operate based on the cross-flow principle. The name “cross-flow” refers to the way air flows across the fill media.
A fan mounted at the top of the tower pulls air across the V-splash bar and over heated water. The water falls over successive layers of horizontal splash bars, continuously breaking into smaller droplets while wetting the fill surface.
Unlike other cooling tower designs, cross-flow towers do not require air to pass through the water distribution system. Gravity alone pulls water down through the nozzles, ensuring even water distribution across the fill.
DISTRIBUTION SYSTEM
These cooling towers operate based on the cross-flow principle. The name “cross-flow” refers to the way air flows across the fill media.
A fan mounted at the top of the tower pulls air across the V-splash bar and over heated water. The water falls over successive layers of horizontal splash bars, continuously breaking into smaller droplets while wetting the fill surface.
Unlike other cooling tower designs, cross-flow towers do not require air to pass through the water distribution system. Gravity alone pulls water down through the nozzles, ensuring even water distribution across the fill.