Neo-Pure CHLM-2510 Chloramine Carbon Block Filter 9-7/8" x 2-1/2", 1 Micron - High-Efficiency Filtration for Chloramine, Odor, Taste, and Sediment Removal

Product Description

Product description Carbon Block Filter for chloramine reduction Designed to fit in with most filter housing This chloramine filter is ideal as a prefilter for reverse osmosis systems. Constructed from materials that meet regulatory standards for safety, it is a reliable choice for residential, food service, and commercial drinking water applications. Catalytic Activated Coconut Shell Carbon filter Carbon is an exceptional filtration media that operates through adsorption. It effectively reacts with and reduces chlorine, chloramine, organic chemicals, and other undesirable gases, making it a critical component in water purification systems. Neopure Chloramine Filter Neopure Carbon Block Filters contain activated, catalytic coconut shell carbon filter media. Carbon is an excellent filtration media that functions through absorption as carbon naturally reacts with chlorine, chloramine and other unwanted gases. Does this filter really remove chloramine? Yes. It uses catalytic coconut shell carbon designed to reduce chloramine, chlorine taste, odor, and sediment. Performance depends on flow rate and chloramine levels, but it’s built specifically for chloramine reduction. How often should the filter be replaced? Rated for up to 1,000 gallons at 1 GPM. In most homes, replacement is recommended every 6–12 months, or sooner if taste, odor, or flow noticeably declines. What size housing does this filter fit? Fits standard 2.5" x 9.75" filter housings used in most residential and light commercial systems. Always confirm housing size before ordering. Is this compatible with reverse osmosis systems? Yes. It’s commonly used as an RO prefilter to reduce chloramine and chlorine before the membrane, helping protect the membrane and extend its service life. Will this filter reduce water pressure? Designed for low pressure drop at 1 GPM. Most users see minimal impact on flow, though some restriction is normal with 1-micron carbon block filtration.