Product Description
In modern industrial and commercial sectors, cooling towers are essential for maintaining the efficient operation of equipment. As a key component of cooling tower systems, spray nozzles play a crucial role. Today, we introduce our high-performance PVC spray nozzle designed specifically for water cooling towers, offering exceptional durability and efficient water distribution.Cooling tower nozzles are responsible for directing hot water that needs cooling towards the tower fill. Spray nozzles are strategically positioned and sized to deliver a consistent water pattern over the fill, ensuring no gaps between the spray areas. This allows the fill to be completely wetted and guarantees optimal performance.Cooling Tower Spray Nozzle Features
1.Maximum operating temperature from 120°C to 300°C
2.Provides homogeneous fluid mix without the use of air agitation precluding oxidative decomposition of air agitation of the solutions
3.Improves circulation of the turbulent flow and optimizes mixture of the solutions
4.Assures uniform mixture of solutions and improve product quality
5.Constructed of carbon fiberglass reinforced polypropylene or stainless steel
Benefits
Enhance uniformity of water distribution
Maintain low operating pressures
Robustly engineered for longevity
Specification:
Size | Customized |
Material | ABS |
Color | Usually black, white, etc. |
Cooling Tower Type | Cross-flow / Counter-flow |
Application | Used in cooling tower |
temperature | from 120℃ to 300℃ |
Color | Black,white |
Weight | 100-300g |
Whether you need standard products or custom-designed solutions, we can manufacture PVC spray nozzles to meet your specific requirements. By choosing our PVC spray nozzles, you will gain an efficient, durable, and cost-effective solution to help your cooling tower system achieve optimal performance. If you have any questions or need further information about our products, please contact our customer service team. We look forward to working with you to advance industrial cooling technology together.