Including filter system and high-performance Copper filter.
Copper can enter household water when it dissolves from plumbing materials such as older copper piping or brass fixtures. Certain water chemistry — for example, more acidic water — increases corrosion and can release copper into the lines, so you might taste a metallic note, see bluish-green staining around drains, or notice discoloration after water sits in a glass. Because copper levels can differ from tap to tap, Betts homeowners get the best picture by looking at their whole-house water rather than a single faucet.
Although copper is a normal metal, elevated amounts in drinking water are worth addressing. Levels often fluctuate with water temperature, usage patterns, and how long water remains in plumbing, so intermittent spikes can be missed without testing. That’s why Betts families who are concerned about copper typically test their water and take steps to limit corrosion, then add targeted filtration to keep copper out of glasses, showers, and appliances.
To reduce dissolved copper throughout a house, a whole-house reverse osmosis system is commonly the most effective single-filter option because the semipermeable membrane rejects many metal ions. Unlike simple sediment or carbon filters that mainly improve taste and odor, RO is designed to lower dissolved inorganics such as copper. When installed for the entire home in Betts, a whole-house RO helps reduce copper at kitchen faucets, bathroom taps, and showers rather than treating just one point.
A whole-house RO is usually paired with prefilters to protect the membrane from sediment, chlorine, and scale that can shorten its lifespan, and it produces a concentrate stream so proper sizing and installation matter for household flow. If your copper is being picked up inside the plumbing, combining corrosion-control measures with RO filtration gives steadier results. Mr. Pure Water in Betts can help you select and size a whole-house reverse osmosis configuration that matches your home and water conditions.