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OVERVIEW
STOP SCALE BEFORE IT STARTS
Hard water contains calcium and magnesium that build up as scale in pipes, boilers, heaters and machines. Scale raises energy use, blocks equipment and leads to costly repairs. Softeners use ion exchange resin to swap these hardness minerals for sodium.
When the resin is full, the softener regenerates itself automatically with salt brine. Twin units can deliver soft water without interruption.
TYPICAL USES
- Boiler and cooling tower feed
- Hotels, hospitals and buildings
- Laundries and kitchens
- Food and beverage production
HOW IT WORKS
INSIDE A WATER SOFTENER
Hard water flows through a tank of resin beads that capture calcium and magnesium. When the resin is full, salt brine washes it clean and the softener is ready again.
STEP 1
Raw water
Tap, well, river or sea
STEP 1
Hard water
Calcium and magnesium
STEP 2
Resin tank
Water flows through the resin
STEP 1
Raw water
Tap, well, river or sea
STEP 3
Ion exchange
Hardness is swapped for sodium
STEP 1
Raw water
Tap, well, river or sea
STEP 4
Brine regeneration
Salt cleans the resin automatically
STEP 1
Raw water
Tap, well, river or sea
STEP 5
Soft water
No more scale
KEY FEATURES
WHY CHOOSE OUR WATER SOFTENERS
Stops scale
Protects pipes, boilers, heaters and machines.
Single or twin units
Twin units give soft water without interruption.
Automatic regeneration
Cleans the resin with salt, by itself.
Lower energy costs
Scale-free heaters and boilers use less energy.
Automatic control valve
Regenerates by time or by water volume.
Easy to maintain
Just keep the brine tank filled with salt.
SPECIFICATIONS
TECHNICAL DATA
The full model table, with flows, resin volumes and salt use for each softener, is in the datasheet.
Capacity range
Up to 1,500 m³/day
Removes
Calcium and magnesium hardness
Resin
[Strong acid cation resin]
Regeneration
Automatic, with salt brine
Control valve
[Time or volume based]
Vessel material
[FRP or epoxy-coated steel]
Configuration
[Single, twin or multiplex]
APPLICATIONS
WHERE WATER SOFTENERS IS USED