iFilters RP-3500 Fits Royal Prestige FrescaPure 3500 WF0451 Filter

The iFilters RP-3500 Replacement Water Filter is designed for Royal Prestige FrescaPure 3500 drinking water filtration systems. This compatible replacement offers an alternative to the WF0451 filter and features activated coconut shell carbon in a 0.5-micron carbon block design. It is intended to help reduce selected contaminants, sediment, chlorine taste and odor, and other substances identified in the product specifications. Designed for routine water filter maintenance, this replacement cartridge can be used with compatible filtration systems for everyday household water applications, including drinking, cooking, preparing coffee and tea, making beverages, and ice. Filter performance and service life depend on incoming water quality, water pressure, and daily consumption. Product Features Brand: iFilters Model: RP-3500 Product Type: Replacement drinking water filter cartridge Compatibility: Designed for Royal Prestige FrescaPure 3500 water filtration systems Replacement Reference: Compatible alternative to WF0451 Filtration Type: 0.5-micron carbon block filtration Filter Material: Activated coconut shell carbon Contaminant Reduction: Designed to reduce lead, cysts, chloramine, VOCs, and other specified contaminants Sediment Reduction: Helps reduce sediment, dirt, rust, sand, and suspended particles Taste and Odor: Helps reduce chlorine taste and odor and other unwanted tastes and odors Rated Filter Capacity: Up to 1,000 gallons, depending on water conditions and usage Recommended Replacement Interval: Approximately 6–12 months of normal household use, depending on water quality and consumption Installation: Designed for replacement in compatible water filtration systems Filtration Information The carbon block media uses activated coconut shell carbon to help reduce selected contaminants and improve the taste and odor of drinking water. The product listing identifies lead, cysts, chloramine, chlorine taste and odor, VOCs, sediment, dirt, rust, sand, and suspended particles among the substances targeted for reduction.