Including filter system and high-performance Strontium-90 filter.
Strontium-90 is a radioactive form of strontium that can dissolve into groundwater and travel into homes through the main water line. Because it behaves much like calcium, it moves with dissolved minerals and won’t produce a taste, smell, or color to warn you. The only reliable way to know whether it’s present is a water test that includes radionuclide analysis — a step many Lantana homeowners ask us about given the area’s groundwater characteristics and hard water concerns in Palm Beach County.
You use household water for cooking, ice, bathing and brushing teeth, so any contaminant found in tap water becomes a part of daily routines. Point-of-use filters can treat a single faucet, but they won’t safeguard showers, washing machines, or outdoor spigots. For Lantana residents wanting protection across Hypoluxo Island, Lantana Heights, or Hibiscus Point, a whole-house system treats water at the entry point so every fixture and appliance receives the same level of care.
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. Since strontium behaves chemically like other positively charged minerals, the softener’s resin can capture it during the exchange process. That makes an ion exchange system a practical choice for Lantana homes looking for entry-point treatment that also addresses the hard water typical across Palm Beach County.
To perform well in a Lantana household, an ion exchange softener needs to be sized to your family’s water use and the mineral load of your supply. Regular regeneration with salt (or potassium) refreshes the resin so it continues to remove strontium, and routine maintenance prevents performance drops. Prefiltration can shield the softener from sediment that might shorten media life, and Mr. Pure Water can review your test results and recommend a whole-house setup tailored to Lantana’s hard-water conditions without adding unnecessary complexity.