Spray Nozzles
Engineered spray performance starts with the right nozzle.
Nozzle Types
Flat Fan Nozzles
Spray Pattern: Narrow to wide linear fan (15°–120°)
Applications: Screen decks, belt washdowns
Benefits: Consistent coverage, easy to align, low mist
Full Cone Nozzles (Axial)
Spray Pattern: Full circular coverage
Applications: Bin washing, tank cleaning, chute sprays
Benefits: Uniform droplet distribution, medium impact
Spiral Full Cone Nozzles
Spray Pattern: Dense full cone with spiral path
Applications: High-impact chute or bin washdown
Benefits: Clog-resistant, higher impact with lower flow
Hollow Cone Nozzles
Spray Pattern: Ring-shaped circular spray
Applications: Dust suppression, fine spray coverage
Benefits: Small droplets, wide dispersion, low water use
Tank Washing Nozzles
Spray Pattern: Rotary or multi-jet internal cleaning
Applications: Hoppers, IBCs, tanks, bins
Benefits: Full internal coverage, minimal fluid use, self-cleaning options
Misting Nozzles
Spray Pattern: Ultra-fine droplets or fog
Applications: Dust suppression at booms, conveyors, air handling
Benefits: Maximum surface contact, low water volume, ideal for automation
How We Choose the Right Nozzle
We assess your operation’s needs to spec the right nozzle — no guesswork. Factor Why it matters Spray Pattern Fan for linear washing, cone for full coverage, mist for dust Spray Angle Determines width and impact zone Flow Rate & Pressure Matched to your pump and water supply Droplet Size Large for washdown, fine for suppression Material Chosen for wear, corrosion, or temperature resistance
Performance Factors That Matter To maximise nozzle performance, we also consider
- Operating pressure — affects flow, coverage, and droplet size
- Spray height — impacts where the spray hits and how hard
- Nozzle wear — affects flow rate and efficiency over time
- Water quality — poor water causes blockages or premature wear
- Clogging — mitigated with strainers and correct nozzle type
