Including filter system and high-performance Strontium-90 filter.
Strontium-90 is a radioactive form of strontium that can appear in water at very low concentrations. Because it mimics calcium in chemistry, it can dissolve into groundwater and enter a residence through the main service line. There’s no reliable taste, smell, or color to reveal its presence, so the only practical way to know if it’s in your supply is to have your water tested for radionuclides.
In Henderson Mill homes, water is used for much more than drinking — cooking, ice, bathing, and oral care all rely on the same supply. If test results flag elevated strontium-90, the objective is to lower household exposure by treating water at the point it enters the house. Faucet-level, point-of-use filters protect a single tap but won’t safeguard showers, dishwashers, or whole-house uses; a correctly chosen whole-house system gives consistent protection for everyday water throughout your home.
A whole-house water softener using ion exchange is often the most effective single-filter option for reducing strontium-90 because the resin swaps certain dissolved ions for sodium or potassium. That same exchange process can capture positively charged contaminants like strontium, so an ion exchange softener can lower strontium-90 levels when installed at the home’s entry point. For many Henderson Mill households, this makes a softener a practical choice for whole-home treatment.
To be effective, an ion exchange softener must match your household’s water use and the mineral load of your supply; proper sizing ensures the resin has capacity to remove targeted ions. Regular regeneration with salt restores the resin so it continues trapping strontium over time, and routine maintenance plus a good prefilter helps keep sediment from shortening media life. Mr. Pure Water can review your radionuclide test results and recommend a whole-house ion exchange setup sized for your Henderson Mill home that targets strontium-90 without making the system more complex than it needs to be.