Including filter system and high-performance Sodium Chloride (Salt) filter.
Sodium chloride, often just called salt, can be present in household water for several reasons — from natural groundwater chemistry to some treatment or regeneration processes. In Medley and the greater Miami-Dade area, where limestone and the Biscayne Aquifer influence water quality, even normal mineral levels can leave a brackish taste that makes drinking and cooking less pleasant. Homeowners who monitor dietary sodium can find this especially worrying because you can’t see dissolved salt in a glass.
Elevated salt changes how water feels and performs around the house: coffee or ice may taste off, and fixtures can show a faint, hard-to-remove film from mineral deposits common with hard water. Because sodium chloride fully dissolves, it passes through sediment filters and isn’t removed by boiling, so a proper test is the right first move to tell whether the source is incoming supply, your water softener, or another cause.
When dissolved salt is the issue, a reverse osmosis system is the most effective single-filter choice. RO uses a semi-permeable membrane to separate dissolved salts from water — something carbon or sediment filters can’t do — and it’s the same core technology used for reducing total dissolved solids and desalination. If sodium chloride is your primary concern, selecting the correct RO membrane and setup matters more than adding extra carbon stages.
For whole-house use, RO is typically run as a dedicated system with prefiltration to protect the membrane and keep performance steady. A pre-sediment filter helps prevent fouling, and carbon prefiltration reduces chlorine that could shorten membrane life where present. Because RO delivers both a purified stream and a rinse stream, proper sizing and installation are key to meeting daily demand in Medley homes. Mr. Pure Water can test your water, identify whether salt is the source of the issue, and design a whole-house RO solution that suits your household and Miami-Dade water conditions.