Description
The Hamon Cooling Tower Spray Nozzle is a highly durable, injection-molded component made from ABS plastic, known for its high strength, corrosion resistance, and extended service life. Engineered for optimal performance in both circular and square counterflow cooling towers, this nozzle delivers uniform water distribution with minimal operating pressure.
Key Features
- Durable ABS Construction: Manufactured by one-time injection molding, offering high impact resistance and long operational lifespan.
- Low Operating Pressure: Operates effectively with a low outlet water pressure of just 0.6 mH2O, reducing energy consumption.
- Uniform Water Distribution: Special internal swirl plate generates a swirling water column, producing fine droplets with diameters of 0.5 to 1.0 mm for even coverage across fill media.
- Anti-Loosening Design: Equipped with a secure locking mechanism that ensures stable, drop-resistant attachment to water distribution pipes, supporting long-term safe operation.
- Wide Application Compatibility: Ideal for use in both round and square counterflow spray cooling towers across industrial and HVAC systems.
Working Principle
As hot water enters the nozzle, the inner swirling plate initiates a high-speed rotational motion, forming a controlled water column. This water is then broken into fine droplets which are evenly dispersed across the cooling tower fill. The internal structure includes a nozzle body, an inner core with a central axial channel and four angled flow paths, a mixing section, and a rectifying flange. These components work together to split and blend the water flow before exiting through the outlet, ensuring consistent spray performance.
Technical Highlights
- Material: ABS Plastic
- Droplet Size: 0.5 – 1.0 mm
- Working Pressure: 0.6 mH2O
- Application: Circular and square counterflow cooling towers
- Installation: Threaded or flanged connection with integrated rectifying section
Hamon nozzles are an ideal choice for operators seeking a cost-effective, low-maintenance water distribution solution for spray cooling towers. With proven reliability, low pressure requirements, uniform spray coverage, and simple installation, they offer stable performance even in demanding operating environments.
