Water Softeners (Ion-Exchange Systems)
FRP exchange columns and brine reactors engineered to replace calcium and magnesium hardness ions, protecting plumbing networks and heating manifolds.
Key Benefits:
- ✓Prevents scaling inside expensive geysers/solar heaters
- ✓Drastically reduces soap consumption and improves laundry quality
- ✓Eliminates hard water deposits on luxury bathroom fixtures
- ✓Semi-automatic multi-port valve for easy backwashing
Sectors We Serve
Services
| Vessel Material | Fiberglass Reinforced Plastic (FRP) with PE inner liner |
| Exchange Media | High capacity SAC (Strong Acid Cation) resin |
| Control Valve | Manual / Automatic Multiport Valve (top/side mounted) |
| Hardness Reduction | From 800+ ppm down to less than 10 ppm |
| Brine Tank MOC | Heavy-duty food grade Polyethylene (PE) reactor tank |
| Regeneration Agent | Industrial grade NaCl (Sodium Chloride) pellets |
Frequently Asked Questions
How does an ion-exchange water softener work?
Hard water contains high amounts of Calcium (Ca²⁺) and Magnesium (Mg²⁺) ions. Inside the softener, water passes through a bed of cation exchange resin beads saturated with Sodium ions. The resin beads capture the calcium and magnesium, releasing harmless sodium in their place, producing soft water.
What is softener regeneration and how often is it needed?
Over time, the resin beads become saturated with calcium and magnesium and lose softening capacity. Regeneration is the process of washing the resin with a concentrated salt brine solution to flush out the hardness minerals and recharge it with sodium. Depending on usage and hardness levels, this is typically done once or twice a week.
Does softened water reduce soap usage?
Yes. Hard water minerals react with soap to form a sticky curd (soap scum), reducing its lathering capacity. By removing these minerals, soft water allows soaps, shampoos, and detergents to lather easily, reducing soap consumption by up to 50%.
Eliminate Hard Water Problems Today
Get a free water testing and site audit from Mr. Unmesh Bhamare.