+91-22 27820827
info@kvfire.com
Sector 8, Vashi
Navi Mumbai, India

BLADDER TANK

The Bladder Tank Foam Proportioning System utilises the water pressure to inject foam concentrate into a water supply and automatically proportions foam concentrate over wide range of flow and pressure, with very low pressure drop. This system does not require concentrate supply pump.

The Bladder Tank Foam Proportioning System are available with vertical and horizontal bladder tanks. The carbon steel tanks are designed and constructed in accordance with ASME Code Section VIII for unfired pressure vessels. The maximum working pressure is 12 Bar (175 psi) and factory tested for 18 Bar (261 psi). The vertical tank assembly is supported by a continuous skirt with provision for anchoring. The horizontal tanks are supported by two saddles welded to the tank and drilled for anchoring. Tank is provided with lifting lugs.

The system is supplied with pressure vessel, bladder, fill and drain valve for water and foam concentrate, ratio controller and vent valve. The ladder and sight glass assembly is supplied as optional item on request.

TECHNICAL DATA
TANK MOUNTING TYPE Vertical or Horizontal
CONCENTRATE STORAGE CAPACITY For Vertical Tank : 150 litres to 5000 litres. (40 TO 1320 Gallons(US))
For Horizontal Tank :150 litres to 10000 litres. (40 to 2640 Gallons (US))
RATED PRESSURE 12 Bar (175 PSI)
FACTORY TEST PRESSURE 18 Bar (261 PSI)
VESSEL CONSTRUCTION Carbon steel as per ASME Code Section VIII for unfired pressure vessels.
BLADDER Thermo Plastic,Mullen burst presure +800 PSI. Thickness 1.44 + 0.127 mm
CENTRE TUBE PVC
EXTERNAL PIPING Water side : Carbon steel seamless pipe sch 40. Foam concentrate side : SS sch 40
VENT AND DRAIN Ball valve (Bronze /SS )
OPTIONAL Sight gauge with shut off and drain valve, ladder and concentrate supply control valve.
FINISH Epoxy red painted.
ORDERING INFORMATION Please specify :

  • Tank type, vertical or horizontal
  • Storage capacity of foam concentrate
  • Model number, size of ratio controller with flow and pressure.
  • Type of foam concentrate to be used and percentage of induction required.