Since 1907 - Quality, Technology, Efficiency - because it does matter
Oil Burner Nozzles
Steinen GmbH
Steinen Select Language/Location
Oil Burner Nozzles
Menu
Steinen
Twin-Filter Nozzles
Home > Oil Burner Nozzles > Twin-Filter Nozzles

The Twin-Filter Nozzle is specifically designed for today's demanding requirements. The advanced design allows the interior of the nozzle to stay clean longer so that oil flows freely through the finely machined tangential slots into the swirl chamber and out the orifice with no restriction:

    Twin Filter Nozzle
  • Increased total filtering capacity by 62% over single filter technology
  • Inner filter nominal filtration rate of 25 microns
  • 15% more filter volume than the competition
  • Anti-clog design stays cleaner longer even under today's flow rate specifications and fuel oil impurities thus insuring longer nozzle life
  • 100% electronic and visual testing to ensure proper flow, angle and spray pattern
  • Flow tolerance +/- 4%
  • Trouble free operation, even at extreme temperatures, thanks to stainless steel construction
Type S/ST TYPE ST
.40 - .55 G.P.H. (1,32 - 1,76 Kg/h) at 6.9 bar

Solid cone nozzles are designed to produce a fine atomized uniform spray distribution pattern.

Type Q/QT TYPE QT
.50 - .55 G.P.H (1,59 - 1,76 Kg/h) at 6.9 bar

A specially designed nozzle with a distinctive spray pattern for use where the conventional Hollow or Solid Cone spray patterns do not match a particular air pattern. The Type QT is highly successful in solving critical noise and pulsating combustion problems.

Type H/HT TYPE HT
.40 - .55 G.P.H. ( 1,32 - 1,76 Kg/h) at 6.9 bar

Produces a fine atomized hollow cone spray distribution pattern. The nozzle is designed for use with hollow cone air patterns to produce clean, quiet and efficient combustion. This nozzle is also recommended for burners where there is no distinct air pattern.

Steinen GmbH    Josef-Schappe-Str. 21     D - 40882 Ratingen
Tel: +49 2102 12891-78    Fax: +49 2102 12891-79    
© 2024 Steinen GmbH Conditions of Use