Are you sick of cleaning up mineral buildup and hard water stains in your house – click this link? Then, you might need a water softener to keep your water clear and clean. But how do you choose one of the best water softeners when many different kinds are available? To assist you in making the best choice for your home, below is a summary of the most popular varieties and some samples.
Sodium Chloride Water Softeners
The most common kind of water softener on the market today uses salt. They function by taking out hard minerals from your water using ion exchange technology. The salt’s sodium ions replace the hard minerals as water passes through the resin tank. The Fleck 5600SXT and AFWFilters 80k Dual are two examples of water softeners that use salt as their softening agent.
Free-of-salt water softeners
Salt-free water softeners use different techniques to get rid of hard minerals. Instead of using ion exchange, they transform the minerals into crystals that won’t stick to surfaces using a process known as template-assisted crystallization. As a result, this water softener is more environmentally friendly because it doesn’t require salt or electricity. The Aquasana SimplySoft and the Pelican NaturSoft are two examples of salt-free water softeners.
Water Softeners with Magnets
To prevent hard minerals from clinging to surfaces, magnetic water softeners employ magnets to alter the structure of the minerals in your water. Although this kind of water softener is simple to install and requires minimal maintenance, it is less effective than others. Magnetic Water Technology and the YARNA Capacitive Electronic Water Descaler are two examples of magnetic water softeners.
Systems for Reverse Osmosis
While reverse osmosis systems remove hard minerals and other pollutants from your water, they do not technically soften water. Instead, you can get clean, clear water from these systems by using a semipermeable membrane to filter out contaminants. The iSpring RCC7 and the APEC Top Tier 5-Stage Ultra Safe Reverse Osmosis System are two instances of reverse osmosis systems.