586

Perfect for hot conditions.

Hollow-cone pressure nozzles for gas/superheated steam cooling.

In the SCHLICK hollow-cone nozzles, the liquid flows tangentially into the circulation chamber of the nozzle head, which causes it to rotate. During this process, the energy in the pressurised liquid is converted into rotational or kinetic energy. A rotating film of liquid forms around an air core.

At the exit of the nozzle the liquid film encounters the surrounding air in a reciprocal reaction and breaks up into fine droplets. These move away from the nozzle in an axial and radial direction and form a hollow cone. The quality of the atomised spray and the droplet spectrum depend on the bore diameter, the pressure difference, the spray angle, the density, the viscosity and the surface tension.