The pumps of this original Argal product are made in thermoplastic techno polymers; are close-coupled, vertical axis, axial hydraulic suction connection directed downward and tangential outlet either free or connected to vertical outlet piping. CHEMICAL RESISTANCE
All components of the pumps wetted by the liquid pumped deliver excellent chemical resistance and are manufactured in PP or PVDF .
PP polypropylene , thermoplastic U.V. stabilised
PVDF Vynilidene polyfluoride
TECHNICAL CHARACTERISTICS
KME, have fix length of 600, 800, 1000, 1250,1500 mm and shaft guided with sliding guide bushings system available in different combination of materials and such to meet the characteristics of the liquid pumped.
SHAFT GUIDE BUSHINGS
Shaft guide bushings are available in the following combination of materials:
Glass reinforced PTFE over Alumina Ceramics for general purpose use included liquid containing crystals and floccules;
Silicium carbide over Silicium carbide for liquid laden with significant qty. of solids or to cope with aggressive fluorinated liquids or strong alkali.
SAFE AND DURABLE. Designed to pump aggressive liquids are characterised by solutions to deliver long operative life and functionality:
No metallic part wet by the liquid pumped.
No need of sealing systems to contain spilling of liquid pumped.
Fitted with vapour sealing system capable to operate dry either in static or dynamic condition and to counter pressure up to 60 mbar.
Available on request with a bottom filter screwed on the suction with free passages of 3 mm.
CONNECTIONS
PP execution threaded BSP and on demand, NPT or flanged ISO/ANSI;
PVDF execution flanged ISO o ANSI.
PERFORMING AND VERSATILE The innovative design with two halves base bracket , allows wide access to the coupling joint of the standard electric motor and eases maintenance operations. Each pump model can be configured in three different version ( N – P - S ) with electric motors of increasing rated power , to met the power demand arising pumping liquids with specific gravity ( respectively up to 1.1 - 1.35 - 1.8 kg/dm3 ).
The pumps of this original Argal product are made in thermoplastic techno polymers;
are close-coupled, vertical axis, axial hydraulic suction connection directed downward and tangential outlet either free or connected to vertical outlet piping.
CHEMICAL RESISTANCE
All components of the pumps wetted by the liquid pumped deliver excellent chemical resistance and are manufactured in PP or PVDF .
- PP polypropylene , thermoplastic U.V. stabilised
- PVDF Vynilidene polyfluoride
TECHNICAL CHARACTERISTICS
KME, have fix length of 600, 800, 1000, 1250,1500 mm and shaft guided with sliding guide bushings system available in different combination of materials and such to meet the characteristics of the liquid pumped.
SHAFT GUIDE BUSHINGS
Shaft guide bushings are available in the following combination of materials:
- Glass reinforced PTFE over Alumina Ceramics for general purpose use included liquid containing crystals and floccules;
- Silicium carbide over Silicium carbide for liquid laden with significant qty. of solids or to cope with aggressive fluorinated liquids or strong alkali.
SAFE AND DURABLE.
Designed to pump aggressive liquids are characterised by solutions to deliver long operative life and functionality:
- No metallic part wet by the liquid pumped.
- No need of sealing systems to contain spilling of liquid pumped.
- Fitted with vapour sealing system capable to operate dry either in static or dynamic
condition and to counter pressure up to 60 mbar.
- Available on request with a bottom filter screwed on the suction with free passages of 3 mm.
CONNECTIONS
- PP execution threaded BSP and on demand, NPT or flanged ISO/ANSI;
- PVDF execution flanged ISO o ANSI.
PERFORMING AND VERSATILE
The innovative design with two halves base bracket , allows wide access to the coupling joint of the standard electric motor and eases maintenance operations.
Each pump model can be configured in three different version ( N – P - S ) with electric motors of increasing rated power , to met the power demand arising pumping liquids with specific gravity ( respectively up to 1.1 - 1.35 - 1.8 kg/dm3 ).
