Taylor K-2006 Complete DPD-FAS Pool Test Kit
Lab-grade titration kit for accurate Free Chlorine, Total Alkalinity, Calcium & Cyanuric Acid.

Pool builders love to pitch saltwater chlorine generators (SWG) as 'chemical-free' systems that pay for themselves in two years.
As commercial chemical operators, we audited 50 residential pools over a 5-year lifecycle. The truth is nuanced: while saltwater pools eliminate the hassle of carrying heavy chlorine jugs and provide a luxurious, silky water feel, the replacement cost of titanium cells ($800โ$1,200 every 4โ5 years) and high muriatic acid demand make the net financial difference almost neutral.
Compare the audited 5-year chemical and hardware costs of an electrolytic saltwater system versus a manual liquid chlorine setup.
When an electrolytic salt cell generates chlorine gas, it also creates tiny micro-bubbles of hydrogen gas. As these millions of micro-bubbles rise and break the surface, they act like miniature aerators, gassing off dissolved carbon dioxide (CO2). This causes a relentless, continuous upward drift in pH, requiring 1 quart of muriatic acid every 10โ14 days.
Commercial ruthenium-coated titanium plates in salt cells have a physical service lifespan of 8,000 to 10,000 operational hours. In seasonal climates (5 months/year), a cell lasts 5 to 7 years. In sunbelt states running year-round, expect cell degradation in 3 to 4 years, requiring an $800 to $1,100 replacement unit.
Human tears have a salinity of roughly 9,000 ppm. Pool water with 3,200 ppm of dissolved salt closely matches natural bodily salinity, preventing osmotic dehydration of human skin and eyes. Swimmers can open their eyes underwater without stinging, and hair feels soft rather than brittle after swimming.
Whether you run saltwater or liquid chlorine, maintaining precise chemical parameters is vital. Use our 0ms dynamic engine to calculate exact chemical additions for your pool.