January 29, 2026 - New Cooling Tower Construction, Parts, Maintenance, Upgrades

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Nozzle Type Primary Application Advantage Material Options Splash-Type (Target) Crossflow / Gravity Towers Lowest energy use (zero PSI required), simple design Polypropylene (PP), ABS Full Cone (NS Series) Counterflow / HVAC Towers Uniform distribution at low heights Nylon, PP Spiral / Helical High-fouling / Industrial Resistant to clogging, self-cleaning Stainless Steel, Ceramic Variable Orifice VFD-Equipped Towers Maintains spray pattern during load shifts Engineered Thermoplastics Hollow Cone Water treatment, spray ponds Even coverage with high-impact droplets Stainless Steel, Brass, PP Flat-Fan Irrigation, HVAC, process cooling Wide coverage, good for targeted areas Stainless Steel, Plastic, Brass Fog / Mist / Fine Spray Evaporative cooling, humidification Creates very fine droplets, maximizes surface contact Stainless Steel, PP Air-Assisted Dust suppression, industrial cooling High atomization, long throw distance Stainless Steel, Aluminum Spreader / Multi-Orifice Large crossflow towers, distribution pans Uniform distribution, flexible flow rates PP, ABS, Engineered Thermoplastics Adjustable / Rotary Industrial cooling towers, process Can tune coverage and droplet size Stainless Steel, Brass, PP Fan-Spray / Turbine Specialized counterflow towers Very uniform distribution over large area Stainless Steel, Thermoplastics Oscillating / Swing Process cooling, pond aeration Covers irregular areas, low energy Thermoplastics, Stainless Steel Cooling Tower Spray Nozzles: A Selection Guide

by Tim Bozic

January 29, 2026

Blog

Cooling Tower Spray Nozzles: A Selection Guide

In the complex world of evaporative heat transfer, one component holds more influence than any other: the cooling tower spray nozzle. This small but...

Cooling Tower Spray Nozzles: A Selection Guide

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