Industrial Spray Nozzle Types and Products
Jeltecn supplies standard and application-specific industrial spray nozzles for atomizing, cleaning, cooling, humidification, dust control, gas treatment and tank processes. Compare the nozzle families below, then share your fluid, flow, pressure, spray pattern, material and connection requirements for selection support.
Selection guide
Compare industrial spray nozzle types by process requirement
A nozzle family is a starting point, not a complete specification. The selection must connect the required flow, differential pressure, spray pattern, droplet behavior, coverage distance, liquid properties, material and maintenance conditions.
| Nozzle family |
Useful starting condition |
Verify before ordering |
| Flat fan |
Cleaning, coating, cooling or header coverage across a line |
Impact, overlap, spacing and actual coverage at the installed distance |
| Full cone |
Filled circular coverage for washing, cooling or dust control |
Distribution, free passage, droplet range and target area |
| Hollow cone |
Annular coverage where finer atomization or gas-liquid contact is useful |
Droplet behavior, drift, plugging risk and gas-flow interaction |
| Air atomizing |
Fine atomization for coating, humidification or gas conditioning |
Atomizing-gas supply, liquid feed, viscosity and control method |
| Solid stream |
Concentrated impact for targeted cleaning, trimming or descaling |
Alignment, stand-off distance, safety and target resistance |
| Spiral |
Wide-angle coverage where an open-passage design may be useful |
Distribution, droplet range, installation envelope and process fit |
| Tank cleaning |
Stationary or rotating coverage inside tanks and vessels |
Vessel geometry, cleaning target, cycle time, return path and access |
Information required for selection
- Application and required outcome
- Fluid, specific gravity, viscosity, solids and temperature
- Required flow and normal/minimum/maximum pressure
- Spray distance, target dimensions, nozzle spacing and orientation
- Connection, material, cleaning method and operating environment
Selection boundary: Catalog values are reference data under stated test conditions. Final performance depends on the complete fluid system, installation geometry and operating envelope.