H2AAA 5″ MOP Filter – Advanced Hydrogen & Mineral Enrichment The H2AAA 5″ MOP Filter infuses your purified water with dissolved hydrogen, enhances pH, and restores beneficial minerals. As a final stage filter, it turns clean water into antioxidant, alkaline drinking water. In addition, its compact 5″ × 2.5″ size fits standard RO housings, making installation straightforward and seamless. Key Features & Benefits Infuses hydrogen (up to ~50 ppb) to boost antioxidant potential Lowers ORP to around –80 mV, promoting antioxidant effects Increases input water pH by ~1 unit or more, typically reaching pH ~8.5 Adds minerals such as calcium, magnesium, potassium to improve taste Microfiber (MOP) filter media enhances water structure and smoothness Lightweight and compact — only ~184 grams Technical Specifications Parameter Value Size 5″ length × 2.5″ diameter Service Life ~2000 liters Flow Rate Up to 8 LPH Material Polycarbonate Weight ~184 grams pH Increase ~+1 unit input → ~8.5 typical output ORP Up to –80 mV (approx) Water Analysis & Compatibility Before you install the H2AAA 5 MOP Filter, always carry out a water analysis to measure TDS, hardness, chlorine, pH, and potential contaminants. Based on the report, design your upstream filtration so that this filter only enhances already purified water. This avoids media fouling, extends its life, and safeguards consistent hydrogen and mineral output. Use Cases & Applications The H2AAA 5 MOP Filter is ideal for: Final-stage enhancement in domestic or small-scale RO systems Homes and small offices wanting antioxidant, alkaline water Wellness centers, cafés, or bottled water setups Retrofit projects to upgrade existing RO systems without replacing entire lines Installation & Maintenance Tips Install this filter as the last cartridge after all purification stages. Flush it before initial use (1–2 liters). Regularly test pH and ORP to track performance decline. Replace after the rated volume (≈2000 L) or when hydrogen/ORP output drops. Avoid exposing this filter to high chlorine or strong oxidants that may degrade its media.
