The largest cost driver of cooling towers manufactured at the factory is the primary material used for producing casing of the cooling tower system. Manufacturers are making FRP cooling towers along with other systems by using different materials. The material not only includes the water being re-circulated through the cooling tower, but it also structurally support the fan system, internal parts, and water weight.

Durability of the cooling tower is defined by the material selected by the manufacturing unit of cooling towers for constructing the system. The less expensive galvanized metal cooling towers are prone to corrosion and thus, they are less durable than stainless steel towers. The galvanizing of steel will delay the underlying steel corrosion as it corrodes to the steel. However, if the section of the zinc galvanizing has become compromised, the thin sheet metal underneath can corrode faster.

There are manufacturing companies promoting hybrid cooling tower models among global clients. These models have a stainless steel sump or basin and galvanized metal on the upper walls. This offers robustness and durability more as compared to galvanized construction and these products are not as costly as stainless steel cooling tower models.

FRP material has been employed by manufacturers to design cooling tower casing. Pultruded FRP heavy casing can handle cooling tower loads and offer great protection against corrosion. Premium quality FRP towers can be expensive just like stainless steel tower system. However, for long run benefits, FRP towers are still first choice for industries.

FRP cooling tower system can resist corrosion in acidic and sea water applications that makes the system eligible to perform efficiently in the harshest conditions. The structure of the system doesn’t promote growth of algae that lowers the maintenance cost. As the co-efficient of thermal expansion of FRP is lower, it helps in the eminent stability of the system even under several ranges of temperatures.

FRP is lighter and so system’s weight is lighter and this eases the installation on site. Light weight system installation also reduces the size of the foundation. These strong and robust models of FRP systems are advance in technology and can resist fire. You can use them in hazardous areas like petrochemical industry, mining industry, pharma sector, oil industry, etc.

If you need more information on FRP cooling towers, you can contact manufacturers and exporters of FRP cooling towers in your area today. The reliable manufacturing company will provide you the best quote for your query.

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