Phone: 305-404-8790
info@bestwaterheater.com
Phone: 305-404-8790
info@bestwaterheater.com
Phone: 305-404-8790
info@bestwaterheater.com
Including filter system and high-performance Chlorite filter.
Chlorite is a chemical byproduct that can form when water utilities use chlorine dioxide for disinfection. It’s a different compound than chlorine, but it may appear for similar treatment reasons. Because chlorite stays dissolved, it often won’t alter the taste, odor, or appearance of tap water — which means many Anglers Park homeowners only discover it through a utility report or a lab test.
If you’re uneasy about chlorite levels in your Anglers Park house, it can change how comfortable you feel using water for drinking, cooking, and bathing. Some households choose to reduce exposure for children or other sensitive family members even when water seems fine. Simple pitcher filters or basic sediment cartridges usually won’t address dissolved chlorite; treating the entire home with a whole-house system ensures every faucet and shower receives the same protection.
The single most effective whole-house filter type for chlorite is catalytic carbon. This media is made to drive reactions on the carbon surface that help reduce certain oxidizing byproducts more effectively than standard activated carbon. Because chlorite is dissolved, a properly sized catalytic carbon tank with sufficient contact time is needed at the main line to reliably reduce it before water reaches the rest of your Anglers Park plumbing.
A catalytic carbon whole-house unit is usually installed after the main shutoff so it protects plumbing, fixtures and everyday water use across your Anglers Park home without changing daily routines. Often a sediment prefilter is added to protect the carbon bed and keep it performing well, but catalytic carbon remains the primary stage for lowering chlorite. Mr. Pure Water can recommend the right tank size and setup to match your household flow needs and water goals here in Anglers Park.
305-404-8790
info@bestwaterheater.com
