KS Full Cone Square Spray Nozzles
KS Square Spray Nozzles are designed to deliver a square full-cone spray pattern for efficient wide-area coverage across flat surfaces and process zones. Unlike conventional circular full-cone sprays, the square pattern helps reduce gaps when multiple nozzles are arranged together, supporting more uniform overall coverage.
The range includes separate, integral and flange-type designs, with male and female thread options available to suit different installations. Separate-type models also offer relatively small droplet formation and easy disassembly for cleaning.
Common uses include washing, cooling, steel sheet cooling, dust control, wastewater treatment, seawater desalination and other industrial spray processes.
- Square full-cone spray pattern for improved wide-area coverage.
- Helps reduce gaps in multiple-nozzle arrangements compared with circular spray patterns.
- Available in separate, integral and flange-type designs.
- Separate-type models produce relatively small droplets.
- Separate-type versions are easy to disassemble and clean.
- Male and female thread options available, with NPT threads on applicable models.
- Suitable for broad surface spraying and process coverage.
- Material options include stainless steel, brass and selected plastics, depending on model.
- Suitable for washing, cooling, dust prevention, wastewater treatment and desalination duties.
More Information
KS Square Spray Nozzles are engineered for industrial spraying duties where broad, even coverage is essential. Their defining feature is a square full-cone spray pattern, which helps improve coverage consistency across flat or rectangular target areas. In multi-nozzle arrangements, this square distribution can reduce the untreated spaces that are more likely to occur with conventional circular full-cone spray patterns. That makes the range especially useful for production lines, treatment systems and process applications where dependable overlap and consistent liquid application are important.
The product family includes several construction styles to support different installation and maintenance needs. Separate-type models are available in both male and female thread formats and are noted for producing relatively small droplets while also being easy to disassemble and clean. Integral-type versions are also available in a range of threaded configurations, while flange-type options support larger system installations. Depending on the model selected, materials include 303 stainless steel, 304 stainless steel, brass and selected plastics such as PTFE, PVC and PP. NPT thread options are also available on applicable versions, providing additional compatibility for different pipework standards.
KS Square Spray Nozzles are suited to a broad range of industrial processes, including general washing, cooling, steel sheet cooling, wastewater treatment, dust prevention, seawater desalination and deaerator duties in plant systems. Multiple spray angles, flow rates and sizes are available across the range, helping engineers and system designers match nozzle performance to pressure, coverage area and application requirements. For operators looking for reliable coverage, flexible materials and easier maintenance, KS Square Spray Nozzles provide a versatile option for both compact systems and larger industrial spray installations.
FAQ
A square spray pattern helps improve coverage across flat target areas and can reduce untreated gaps when several nozzles are installed side by side. This makes it especially useful in systems where even overlap and consistent application are important.
They are used for industrial washing, cooling, steel sheet cooling, wastewater treatment, dust prevention, seawater desalination and deaerator duties. Their wide-area spray pattern makes them suitable for processes that need reliable, uniform liquid coverage.
Depending on the model, KS Square Spray Nozzles are available in 303 stainless steel, 304 stainless steel, brass and selected plastics including PTFE, PVC and PP. This allows a suitable option for different fluids and operating environments.
Yes. Separate-type models are designed for easy disassembly and cleaning, which can help reduce maintenance time and support more reliable operation in applications where routine inspection or cleaning is required.