SPRAY TYPE
ATOMISE
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APPLICATIONS
Air Atomiser
Condenser Fog Cool
Cooling Tower Nozzle
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Deck / Hull Cooling
Dust Suppression
DIY Misting
Eductor
Filter Nozzles
Fire Protection
Foam NozzleOil Mist Nozzle
Retractable Quill
Tank Cleaning
Tank Cooling
  PORTABLES
AeroponicsAir Purifier Scrubber
Fog / Dust Cannon
Lance AssemblyLub Oil DemisterMisting Fan
Wash Module
 
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JET EDUCTOR  NOZZLE
 
50mm Jet Eductor
Motive            : Gasoline (0.78 Kg/m), 12 barg , 322.5 m3 /hr
Suction          : Additive MMT (1.28 Kg/m), Atmosphere, 3 m3/hr
Discharge     : Mixed Flow , 5.5 barg , 25.5 m3/hr
Construction : 316 stainless steel body and nozzle
Connections : Motive        : 1” Ansi 150 RF Flange,       
                         Suction      : 1” Ansi 150 RF Flange
                         Discharge : 1” Ansi 150 RF Flange
WATER / STEAM JET EDUCTOR  NOZZLE
 
100mm STEAM / WATER Jet Eductor
Motive            : Water, 3 barg , 12 m3 /hr
Suction          : Steam, 3 barg, 400 kg/hr
Discharge     : Water , 2.5 barg , 12.4 m3/hr
Construction : 316 stainless steel body and nozzle
Connections : Motive        : 2 ” Ansi 150 RF Flange,       
                         Suction      : 2” Ansi 150 RF Flange
                         Discharge : 2” Ansi 150 RF Flange
MIXING EDUCTOR NOZZLE
316 SS
Cone Shaped Plume to circulate liquid in tanks with no moving parts. Mixing effectively to create a multiplying effect of 3 to 5 times fluid flow.
Flow rate : 20.7 to 12,000 liter/min (motive),   
Material : Plastic and stainless steel.
 
Download Catalogue : TE.pdf
LIQUID
INLET
3 TO 5 TIMES
MAGNIFIED
VOLUME
Download Schematic : Eductor Layout.pdf
ORIFICE CALCULATIONS FOR TANK MIXING EDUCTOR
 
                         
 
Q = FLOW RATE  (Gallons Per Minute)
C = COE-EFFICIENT OF DISCHARGE, Use 0.95 for laminar discharge
D0 = NOZZLE ORIFICE DIAMETER in (Inch)
DH = PRESSURE DIFFERENCIAL between MOTIVE and NOZZLE EXIT, in (Feet)
 
 Liquid Eductor to produce Large Critical Mass Flow and droplets 
Download Cat: SA 1.pdf 
The device where the liquid flow and the airflow come into contact with each other to produce a volumetric fine mist spray use for dust suppression in construction sites. The two stream of liquid and air collide and exit the spray cap at high velocity spray discharge to effect fine atomisation. 
A spray set-up is configured for 90 degrees and 120 degrees.