Flat Fan Spray Nozzle Design

Splash plate design has a large exit orifice for maximum flow passage cast from 309 stainless steel uniform spray distribution from 60 to 150 gpm 227 to 568 lpm operating pressures up to 10 psi 7 bar veejet u series veejet design provides a flat fan spray pattern 50 spray angle at 40 psi 2 8 bar.

Flat fan spray nozzle design.

The spray pattern of flat fan nozzles features a sharply delimited line due to internal flow characteristics. There are two common designs of hydraulic flat fan nozzle. View flat fan nozzle spray patterns and specifications. Fans can be formed by a simple shaped orifice or by deflecting a spray on a shaped deflection.

Design variants of flat fan nozzles. Nozzles for a specific application. Fan nozzles produce a thin flat sheet of liquid that widens as it moves outward from the nozzle. Small to medium size uniform distribution over a wide range of flow rates and pressure.

Visit our site to view our range of products. The nozzle design aims at the uniformity and impact force of the jet sprayed whether nozzles are used individually or overlapping. Spray nozzle engineering provides a wide range of industrial spray nozzles including flat fan spray nozzles. Elliptical orifice and deflection.

Arrangement of nozzles flat fan nozzles nozzle characteristics deflector nozzles the tongue type nozzle design represents a special kind of flat fan nozzle. Flat fans can have a spray angle of between 15 and 145 degrees depending on the nozzle design. Even distribution nozzle series are indicated by this symbol. Patterns can be solid stream full cone hollow cone flat spray spoon flat fan.

This can be comprised of droplets or a more or less coherent sheet of water like a waterfall. Flat fan the liquid is shaped into a fan shaped sheet of fluid. Air atomising or pneumatic nozzles can also be used to create flat fans with a very fine droplet size. 0 solid stream 110 spray pattern flat spray pattern distributes the liquid as a flat or sheet type spray.

The coverage width can be varied by modifying the geometric configuration of the nozzle orifices. As the spray meets a surface a thin contact line of liquid is produced. When designing headers the overlap should either be 0 or 50 on each side. For all applications where an intensive and uniform water jet is required such as cleaning processes in the steel industry or many areas of surface technology flat fan nozzles are.