Pultruded Cooling Tower
Pultruded Cooling Tower Structure
Pultruded Cooling Towers are engineered using advanced pultrusion technology, which produces high-strength fiber-reinforced plastic (FRP) structural components with superior durability and dimensional stability. These towers are designed to withstand harsh environmental conditions, offering excellent resistance to corrosion, chemicals, and UV exposure.
The pultruded framework provides exceptional load-bearing capacity while remaining lightweight, making installation easier and extending the overall service life. Equipped with efficient water distribution systems, high-performance PVC fills, and drift eliminators, pultruded cooling towers ensure optimal heat transfer and minimal water loss.
Their modular construction, low maintenance requirements, and long-term reliability make them an ideal choice for industrial, chemical, and process cooling applications.
Spares and Components of Pultruded Cooling Tower:
PVC Fills (Film / Splash Type)
High-efficiency fill media designed to maximize heat transfer by increasing air-water contact surface area.
Drift Eliminators
Multi-pass eliminators that minimize water carryover and reduce drift loss, improving overall system efficiency.
Water Distribution System
Includes header pipes, lateral arms, and spray arrangements ensuring uniform water distribution over the fill area.
Spray Nozzles
Non-clogging nozzles made from polypropylene/ABS for consistent spray pattern and efficient cooling performance.
Axial Fan Assembly
Energy-efficient induced draft fans with FRP/aluminium blades, designed for high airflow, low noise, and durability.
Electric Motor (TEFC Type)
Totally enclosed, flange-mounted motors suitable for continuous operation with high efficiency and insulation standards.
Air Inlet Louvers / Mesh
FRP or PVC louvers that allow proper airflow while preventing entry of debris and contaminants.
Cold Water Basin (FRP)
Leak-proof FRP basin for collecting cooled water and ensuring efficient recirculation.
Support Structure Components
Hot-dip galvanized steel framework (angles, channels, rods) for strength, durability, and corrosion resistance.
