Dual-action filtration system with Precoat technology consisting of a 0,5 micron pleated microfiltration membrane made of high-surface-area polyethylene microfibers with a dedicated drain, combined with vegetable-based powdered activated carbon (PAC). The mechanical filtration action retains impurities and suspended particles, while the chemical adsorption action performed by coconut shell powdered activated carbon reduces free chlorine, improving the taste and odor of the water. The system does not a

Dual-action filtration system with Precoat technology upgraded to triple-action consisting of a 0,5 micron pleated microfiltration membrane made of high-surface-area polyethylene microfibers with a dedicated drain, combined with vegetable-based powdered activated carbon (PAC) and Ag technology with bacteriostatic silver salts. The mechanical filtration action retains impurities and suspended particles, while the chemical adsorption action performed by coconut shell powdered activated carbon reduces free

Triple-action filtration system consisting of a special Hollow Fiber membrane with a filtration rating of 0,15 micron and silverized Carbon Block. The mechanical filtration action performed by the Hollow Fiber membrane removes all suspended microparticles and 99,9999% of the bacterial load from the treated water. The chemical adsorption action performed by the Carbon Block reduces free chlorine, organic compounds and contributes to the improvement of the taste and odor of the water. The bacteriosta

Single-action filtration system with Melt Blown technology consisting of a polypropylene filter cartridge made of extruded fibers that create uniform pores within the filtering structure. The mechanical filtration action reduces water turbidity, sediments and suspended particles thanks to a filtration rating of 5 micron. The Melt Blown structure allows high flow rates, good sediment retention capacity and low pressure drop during operation. PRIMED MB filters are designed to be used as a preliminary

Filtration system consisting of natural cotton fiber enclosed in a TNT protective layer to ensure the compactness of the filtering media, impregnated with silverized powdered activated carbon of vegetable origin and controlled-release polyphosphates. The filtering membrane structure, made of natural cellulose fibers impregnated with highly microporous activated carbon, provides a wide contact surface between water and carbon, allowing a very high adsorption rate of organic substances. The mechanical f

Dual-action filtration system consisting of a Carbon Block made from vegetable-based activated carbon powder sintered with polymer binders under high pressure and temperature, creating a compact filtering structure with uniform porosity. The Carbon Block structure provides a high adsorption capacity for organic substances and effective filtration of suspended particles while maintaining low pressure drop and high flow rates during operation. The mechanical filtration action reduces microparticles and

Triple-action filtration system consisting of a silverized Carbon Block made from vegetable-based activated carbon extruded and sintered with polymer binders under high pressure and temperature, enriched with silver salts to create a compact filtering structure with uniform porosity. The Carbon Block structure provides a high adsorption capacity for organic substances and effective filtration of suspended particles while maintaining low pressure drop and high flow rates during operation. The mechanica

Dual-action filtration system consisting of a strong anionic ion exchange resin, specifically designed for the selective reduction of nitrates, and an internal Melt Blown filter layer with a filtration rating of 5 micron. The ion exchange action performed by the resin ensures high selectivity for nitrates, making the filter particularly effective even in the presence of medium-high sulfate concentrations. The mechanical filtration action performed by the internal Melt Blown filter layer reduces suspen

Dual-action filtration system consisting of a column of anionic resins loaded with iron hydroxide, characterized by high selectivity for the removal of Arsenic III and V, and an internal mechanical filtration system with a carbon fiber disc for the reduction of suspended particles. The ion exchange action performed by the resin ensures high effectiveness in the selective reduction of arsenic, bringing it back to concentrations within the legal limit. The column of anionic resins loaded with iron hydro

Dual-action filtration system consisting of a special catalytic filter bed with Birm, a black granular media for iron removal, an inlet Melt Blown filter layer and an outlet filter element. The catalytic material uses the oxygen dissolved in water to promote oxidation and removal of iron and manganese dissolved in the water. Iron is generally present as soluble ferrous bicarbonate, a condition that makes mechanical filtration alone insufficient for effective removal. The mechanical filtration actio