The primary task of a FRP cooling tower is to reject heat into the atmosphere. This heat rejection is accomplished through
the natural process of evaporation that takes place when air and water are brought into direct contact in the cooling tower. The evaporation is most efficient when the maximum water surface area is exposed to the maximum flow of air, for the longest possible period of time.
Cooling towers are designed in two different configurations, counterflow and crossflow. The specific configuration
indicates the direction of air flow through the tower relative to the direction of the water flow. Cooling tower water
and air distribution systems are designed in concert, with each playing an equally important role in determining the efficiency and proper application of the cooling tower.
What is FRP
Fibre Reinforced Plastic. Nothing but glass fibre bonded with resin. Glass fibre in the range of 11 microns multiple fibres are joined together and are available in the form of mat of various densities. These glass fibres are oriented in all directions. The mat is bonded together with polyester resin, accelerator and catalyst.

FRP cooling tower Features:
High Strength: Double stronger than steel yet weighs about 60% less.
Chemical Resistance: When treated with appropriate resins, composites with outstanding resistance to chemicals can be developed. The glass fibre resists attack from most chemicals.
Compatibility: Accepts different types of sizes enabling it to be compatible with many synthetic resins as well as mineral matrices like cement, plaster etc.
Part Consolidation: Composite materials of glass fibre can be used to produce one piece part which integrates several functions and thus replacing several other assemblies.
Durability: Does not degrade, or deteriorates as insects or rodents can not attack them.
Fatigue Life: Exhibits very good fatigue properties and can undergo very long cyclic loads without fatigue.