💧 Key Features & Technology
🔋 Advanced Electrolysis System
Uses a continuous electrolysis method to separate water into alkaline (OH-) and acidic (H⁺) streams.
Equipped with automatic polarity reverse cleaning to reduce scale and maintain performance without manual effort.
Includes a smart intelligence processor for stable, precise electrical flow to the electrolysis chamber.
🧠 Smart Control & Connectivity
Multi-language voice guidance (English, Spanish, German, Chinese, Korean) for easier operation.
IoT connectivity and smartphone app support for smart home integration.
Auto-diagnosis and auto-drainage systems help maintain safe operation and water quality.
🧼 Filtration & Purification
High-performance water filtration using NSF-grade filter media (tested and approved).
Advanced ultra-hollow membrane and carbon block filtration help remove bacteria, suspended colloids, and contaminants while preserving essential minerals.
Single filtration unit with option for enhanced filter upgrades.
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📊 Performance & Output
⚡ Power & Build
Power consumption: ~100 W
Voltage / Frequency: 100 ~ 240 V / 48 ~ 63 Hz
Weight: ~5 kg
Dimensions: ~270 mm × 122 mm × 364 mm (compact countertop form)
Water supply: Direct connection to faucet or plumbing
Operating pressure: ~15 – 60 PSI.
🌡️ pH Ranges
LifeCore 9900 can produce different water quality levels:
Alkaline: ~pH 8.5, 9.0, 9.5, 10.0 (depending on setting and source water)
Acidic: ~pH 5.0 and ~pH 3.5 (useful for cleaning or external purposes)
(pH values depend on input water quality and ionizer settings)
🚰 Filter Life
Standard filter capacity: ~3,000 litres (≈12 months based on moderate use).
🏡 Benefits of Using the LifeCore 9900
Alkaline water for drinking: May help support hydration and neutralize acidity.
Acidic water for household use: Useful for cleaning fruits/vegetables and surface hygiene.
Smart automated maintenance: Auto-cleaning and auto-diagnosis reduce upkeep.
Compact design: Fits easily on a kitchen counter or integrated under-sink setup.
(Actual health benefits can vary and are subject to individual conditions and scientific debate.)
