Including filter system and high-performance Sodium Chloride (Salt) filter.
Sodium chloride, often called salt, can enter household water for several reasons: it may occur naturally in source water, be influenced by groundwater chemistry, or be introduced during certain treatment or regeneration processes. A modest amount of dissolved mineral is normal, but when salt is higher you may notice a briny flavor that makes drinking and cooking less pleasant. For Kern homeowners who monitor sodium for health reasons, salt is especially frustrating because it’s invisible in the glass.
Elevated salt changes how water behaves around the house. You could detect a persistent taste in beverages and ice or see a faint film on faucets and glassware that won’t easily wipe away. Because sodium chloride dissolves fully, it passes right through common sediment filters and isn’t removed by boiling. The right first move is testing—this tells homeowners in Kern whether the source is the incoming supply, a softener or another household system.
When dissolved salt is the issue, a reverse osmosis system is the most effective single-filter option. RO uses a semi-permeable membrane to separate dissolved salts from water, a method that carbon or sediment filters don’t provide since they primarily remove particles, chlorine and odors. This is the same core technology used for desalination and reducing total dissolved solids, so when sodium chloride is the main concern, the correct RO membrane and system configuration matter most.
For whole-house treatment, RO is usually deployed as a dedicated system with prefiltration to protect the membrane and maintain performance. A pre-sediment filter prevents fouling, and carbon prefiltration helps cut chlorine that can shorten membrane life if present. Because RO creates both a purified stream and a rinse stream, proper sizing and installation are key to meeting daily household demand. Mr. Pure Water can test Kern water, identify salt sources, and design a whole-house RO setup sized for your home’s needs.