Including filter system and high-performance Microplastics filter.
Microplastics are tiny plastic fragments that can enter household water after larger plastics break down, from synthetic fabric fibers, or from everyday wear of consumer items. Because these particles are so small, they often won’t affect taste or odor and can go unnoticed in your drinking water. Many Barth homeowners prefer a whole-house approach to gain confidence about what’s coming from every faucet.
Even when your tap water in Barth looks crystal clear, tiny microplastics can still be suspended in the supply as fine particles. They also travel with sediment or debris when source conditions change or plumbing work disturbs lines. Because microplastics come in many sizes and shapes, the practical solution is to physically capture particles rather than treating taste or odor. A whole-house system protects every use of water in your home — from drinking and cooking to bathing and laundry — so you get comprehensive coverage.
For removing microplastics in Barth homes, a whole-house sediment filter with a fine micron rating is often the most effective single-filter choice since it strains particles out of the flow. As water moves through the cartridge, the filter media traps suspended solids and reduces the particulate reaching faucets, showers, and appliances. This particle-removal approach matches how microplastics behave in water, and correctly sized equipment preserves household water pressure while expanding filtration throughout the home.
Real-world results depend on selecting the right micron rating and a sediment cartridge built for high flow and strong dirt-holding capacity. A finer micron will capture smaller fragments, while a larger-capacity design means fewer filter changes. Since microplastics often arrive with sand, silt, and other sediment, adding a whole-house sediment stage also helps keep the rest of your system cleaner. Mr. Pure Water can size the filter and pick the appropriate micron level for your Barth residence so you reduce microplastics without sacrificing water pressure.