H2AAA 8″ Filter – Advanced Hydrogen-Rich & Alkaline Enhancement The H2AAA 8″ Filter enhances any purified water system by infusing dissolved hydrogen, elevating pH, and adding beneficial minerals. Because it functions as a post-treatment, this filter ensures your drinking water is antioxidant, alkaline, and more palatable. Moreover, it offers a compact design that fits into standard 8″ RO housings, making integration simple. With its reliable performance and health-oriented benefits, the H2AAA 8″ Filter stands out in water enhancement technology. Key Features & Benefits Infuses hydrogen (up to ~250 ppb) to boost antioxidant capacity Raises input water pH by ~2 units, often reaching pH 8.5–9.5 Lowers ORP (Oxidation-Reduction Potential) to around –250 mV Adds minerals like calcium, magnesium, and potassium Offers antibacterial effects in clean water systems Fits standard 8″ × 2″ housings Delivers smooth water through microclustering Technical Specifications Parameter Value Size 8″ length × 2″ diameter Life ~8,000 litres Desired Flow Rate Up to 15 LPH Material Polycarbonate Net Weight ~391 grams pH Increase +2 units above feed water, up to ~9.5 ORP Up to –250 mV Water Analysis – Critical Step Before Use Before installing the H2AAA 8″ Filter, you must conduct a full water analysis (TDS, hardness, chlorine, turbidity, metals, pH). This ensures your upstream RO and pre-filters remove contaminants so that the filter can focus on enhancement. As a result, you avoid premature degradation and preserve filter efficiency. Applications & Use Cases This H2AAA 8″ Filter is suited for: Final stage in domestic and commercial RO systems Homes and offices needing alkaline, antioxidant drinking water Wellness centers, cafés, and bottled water setups Any purified water system where taste, pH, and antioxidant properties are valued Installation & Maintenance Tips Install the H2AAA 8″ Filter as the last cartridge in your water line, downstream of all purification stages. Flush it before first use for 1–2 litres. Monitor pH and ORP periodically to determine when filter performance fades. Replace when hydrogen generation or ORP/pH levels decline significantly. Also, avoid high chlorine or oxidizing feed water that can damage the internal media.
