Wooden Cooling Tower
Reliable Performance & Long Life
Wooden Cooling Tower Reliable Performance & Long Life
Wooden Cooling Towers are a time-tested solution for industries that value durability, reliability, and cost-effectiveness. Constructed with high-quality treated timber, these towers deliver excellent thermal performance and a long service life even under demanding industrial conditions. Their wooden cooling tower design ensures optimum air-water contact, resulting in efficient heat transfer and consistent cooling output.
They are widely used in power plants, steel industries, and other heavy-duty applications where rugged performance is critical. With flexible design options, Wooden Cooling Towers can be easily customized to meet specific operational needs, offering both performance and affordability.
As one of the trusted wooden cooling towers manufacturers, Rakshan Cooling Towers ensures that every system is engineered to withstand harsh environments while maintaining consistent cooling efficiency.
Why Industries Prefer Wooden Cooling Towers
Key Features of Wooden Cooling Towers
Robust Timber Construction :
Built with pressure-treated wood for strength and durability.
High Thermal Performance :
Efficient cooling for heavy-duty industrial applications
Cost-Effective Solution :
Lower installation and maintenance costs.
Easy On-Site Repair :
Simple to maintain and repair without complex tools.
Customizable Design :
Flexible sizes and configurations to match industry needs.
Reliable in Harsh Conditions :
Performs well in high-temperature and demanding environments.
Key Components of Wooden Cooling Towers
Wooden Structural Framework
Built from treated timber (often chemically seasoned), offering durability, strength, and resistance to moisture and decay.
Fan & Motor Assembly
High-capacity axial fans with efficient motors ensure consistent airflow through the tower for effective cooling.
Water Distribution System
Includes pipe networks and spray nozzles/sprinklers designed to evenly distribute hot water over the fills.
Fills / Packing Material
PVC or timber splash bars that maximize surface area for effective heat transfer between air and water.
Drift Eliminators
Installed to reduce water loss by capturing and redirecting water droplets carried by the air stream.
Air Inlet Louvers
Designed to guide incoming air, reduce splash-out, and block direct sunlight that could encourage algae growth.
Cold Water Basin
Located at the base, it collects cooled water and channels it back into the industrial process.
Casing Panels
Wooden cladding panels or treated boards provide outer protection while maintaining natural aesthetics.