Basics of nozzle technology
Nozzles are used in a wide variety of applications. Therefore nozzles have to meet a lot of different requirements. One of those requirements is applying the right spray pattern for a specific application.
The process of generating spray patterns
A nozzles spray-characteristics are basically influenced by the following factors:
- Geometric design of the nozzle outlet
- Medium properties (specifc gravity, viscosity)
- Internal geometry (swirl part, swirl chamber)
- Supply of the medium (axial- or tangential flow)
Overview of different nozzle typesAtomization methods, spray patterns and nozzle functions
Atomization methods
Atomization methods are basically devided into hydraulic and pneumatic atomization.
Spray character
The classification of the nozzles according to their spray pattern helps you to decide which (spray) character goes with you.
Nozzle functions
Overview of the most important functional and operating data of a nozzle.
Droplet Separator Systems – Functional Principle
Reduce residual pollutant contents and improve process engineering.
Droplet Separator Systems – Installation-ready components
Tanks and housings, support constructions, and other separator components as well as cleaning nozzles for a good droplet separator environment.