- Industrial
- Columns
- Ø415–960 mm
- Ø415-960 mm 1 noz. plate
- Ø415-960 mm 2 noz. plate
- Ø415–960 mm 3 noz. plate
- Ø1.010–3.000 mm
- Ø1.010–3.000 mm 1 noz. plate
- Ø1.010-3.000 mm 2 noz. plate
- Ø1.010–1.640 mm 3 noz. plate
- Mixed bed
- Pump strainers
- Tanks for calcite
- Mediatraps
- Horizontal filters
- Mixing tanks
- Decanters
- Degasifiers
- Filters Ø415 – 960 mm
- FB Ø1.010–3.000 mm
- Tablet dissolvers
- Tanks
- Desalination filters
- Swimming pool
- Pump strainers
- Filters Ø415–960 mm
- FB Ø1.010–2.800 mm
- Columns
- Ø415–960 mm
- Ø415-960 mm 1 noz. plate
- Ø1.010–2.800 mm
- Ø1.010–2.550 mm 1 noz. plate
- Horizontal filters
- Tablet dissolvers
Industrial
Columns Ø 1.010 - 3.000 mm 2 noz. plate
Features
Body
Laminated polyester reinforced with fiberglass
Connections
Polyester casted threads / flanges (according to model)
Design pressure
2.5 / 4 / 5 / 6 kg/cm²
Emptying hole
Lifting device
Side manhole
Nozzle plate
Laminated polyester reinforced with fiberglass
Laminated polyester reinforced with fibreglass column (GRP). Polyester casted flanged connections. Polyester reinforced with fiberglass nozzle plate manufactured as a piece with the vessel end.
Design according to needs (diffusers according to filtering media used, cylindrical height, connections, etc …)
Designs according to filtering media used (Sand, activated carbon, AFM, etc...)
Different chemical barriers according to needs (Ionic exchanger, anionic exchanger (ANION), cationic exchanger (CATION), softener, denitrification, etc...)
Different chemical barriers depending on the regeneration or fluids in the vessel (Caustic soda (NaOH), Hydrocloric acid (HCl), Sulfuric acid (H2SO4), etc... )
Design according to needs (diffusers according to filtering media used, cylindrical height, connections, etc …)
Designs according to filtering media used (Sand, activated carbon, AFM, etc...)
Different chemical barriers according to needs (Ionic exchanger, anionic exchanger (ANION), cationic exchanger (CATION), softener, denitrification, etc...)
Different chemical barriers depending on the regeneration or fluids in the vessel (Caustic soda (NaOH), Hydrocloric acid (HCl), Sulfuric acid (H2SO4), etc... )
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