FRP/GRP Cooling Tower Profiles

Heat can be removed from a variety of sources, such as machinery or heated process material, using industrial FRP cooling tower profiles. Large industrial cooling towers are primarily used to remove heat from circulating cooling tower systems found in power plants.

SALIENT FEATURES

Good Corrosion and Weather Resistance
High Physical and Mechanical Strength
High Strength to weight ratio
Highly Durable
Lower thermal conductivity
Good adaptability & dimensional stability
Ease of Maintenance with Zero Downtime
Economical & cost effective

The Energy Efficiency Of The FRP/GRP Cooling Tower

Air-cooled systems use more energy than water-cooled and open-circuit systems.

A more detailed design approach for the cooling tower might greatly reduce the cost savings.

To ensure the continuous performance of the cooling tower, regular functional cleaning is required. The maintenance period depends on the type, size, and environmental factors of the tower, such as the location of the tower.

The Energy Efficiency Of The FRP/GRP Tower

The pultrusion technique is typically preferred because of the materials used in its production and how beneficial it is for smaller cooling towers.

Carbon fibers are inexpensive and need little management. On the other hand, concrete slabs are still utilized in large frameworks.

The tower shell is composed of durable fiberglass reinforced plastic (FRP) with enough tensile rigidity to withstand strong winds and shocks. For a better quality of life, UV-stabilized polymer is combined with a gel coat.