Cooling towers often operate quietly in the background — yet they’re among the biggest contributors to energy use, water consumption, and maintenance costs in data centers. From excessive water usage to rising energy bills and corrosion-related downtime, these systems quietly consume a large portion of operational budgets. Optimizing this one system can reduce total facility energy use by up to 30% while extending service life by years — delivering measurable savings and more reliable performance across your entire cooling network.
Extruded PVC or CPVC louvers regulate airflow into the cooling tower while preventing water splash-out. Their lightweight, corrosion-resistant construction stands up to UV and moisture exposure, offering long-lasting performance and easy customization for any tower design.
Made from durable PVC or polypropylene, drift eliminator blades capture and redirect water droplets before they escape into the atmosphere. These precisely engineered extrusions reduce water loss, protect surrounding equipment, and maintain efficiency in high-airflow environments.
Rigid PVC or ABS supports and spacers provide the structural foundation that keeps fill media securely positioned for optimal heat exchange. Resistant to chemicals and microbial growth, these extrusions ensure reliable performance and consistent cooling efficiency over time.
Extruded PVC splash bars and film fill channels maximize surface area for heat transfer by evenly dispersing falling water. Designed for efficiency and easy replacement, they improve thermal performance while maintaining the tower’s overall durability and flow balance.
Structural thermoplastic alloys and fiber-reinforced PVC profiles form the backbone of modern cooling tower assemblies. These extruded channels deliver high rigidity without corrosion, reducing weight and simplifying installation while maintaining long-term strength and stability.
Extruded polypropylene or HDPE channels organize and protect critical piping and wiring within the tower. Non-conductive, moisture-resistant, and easy to fabricate, they keep systems neat, secure, and safe from environmental exposure.