Including filter system and high-performance Strontium-90 filter.
Strontium-90 is a radioactive form of strontium that may appear in water at trace levels. Because it behaves much like calcium, it dissolves and travels with groundwater and can enter a Lovedale home through the main service line. There’s no dependable taste, smell, or color to reveal its presence, so the only way to know is with water testing that looks specifically for radionuclides.
In Lovedale households, water is used for everything from cooking and making ice to bathing and brushing teeth, so conversations about strontium-90 often focus on whole-house protection. If your test results show elevated concentrations, the aim is to lower exposure by treating water where it enters the home so every faucet and fixture is covered. Point-of-use filters can help at a single sink, but they won’t shield showers, laundry, or outdoor taps—an entry-point system gives broader, more consistent protection for daily use.
When the goal is to reduce strontium-90 throughout a house, a whole-house water softener using ion exchange is often the most effective single-filter option. The resin inside the softener swaps certain dissolved ions for sodium or potassium and can also capture positively charged contaminants like strontium. Because strontium-90 is chemically strontium, it responds to the same exchange process, making an ion exchange softener a practical choice for treating Lovedale’s incoming water at the point of entry.
For dependable performance in Lovedale, an ion exchange softener should be sized for your household’s water use and overall mineral levels. Regular regeneration with salt restores the resin so it continues removing strontium over time, and routine maintenance helps sustain that performance. Prefiltration can also protect the media from sediment that shortens its life. Mr. Pure Water can review your laboratory results and recommend a whole-house configuration that targets strontium-90 effectively without making the system more complex than it needs to be.