40 LPH Alkaline Mineral-Hydrogen Water Ionizer
The 40 LPH Alkaline Mineral-Hydrogen Water Ionizer is a high-capacity water ionization system designed to produce alkaline and hydrogen-rich water. Its 7-plate platinum-titanium electrode system, multiple pH settings and automatic cleaning technology make it suitable for advanced water ionization applications.
Apple Shopping Event
Hurry and get discounts on all Apple devices up to 20%
Sale_coupon_15
13
People watching this product now!
Payment Methods:
Description
Specifications
- Capacity: 40 Litres Per Hour
- Electrode System: 7 Plates
- Electrode Material: Platinum-Titanium
- pH Settings: 5 Alkaline / 5 Acidic / 1 Normal Purifier
- Maximum Alkaline pH: Up to 11
- Lower pH: Up to 2.5
- ORP Performance: Up to -850 mV
- Molecular Hydrogen: Up to 1800 ppb
- Cleaning System: DARC Automatic Reverse Cleaning
- Protection: Built-in Temperature Sensors
- Filtration: UF + Activated Carbon Filter
- Flow Rate: 40 LPH
Let's Find the Right Water Solution for You
Complete the enquiry form and our team will recommend the most suitable solution based on your requirements.
Key Features
- 7-plate water ionizer technology
- Platinum-titanium electrodes
- Multiple alkaline and acidic pH levels
- Hydrogen-rich water generation
- Automatic reverse cleaning system
- UF and activated carbon filtration
- Temperature protection
- Digital control system
- 40 LPH high-flow capacity
Benefits
- Provides multiple water options through adjustable pH settings.
- High-flow capacity is suitable for higher water consumption.
- Automatic cleaning helps simplify maintenance.
- Platinum-titanium electrode technology supports consistent ionization.
- Built-in filtration provides an additional purification stage.
- Suitable for homes, offices and commercial applications depending on installation requirements.
FREE SHIPPING
Fast and reliable delivery
50 DAYS RETURN
Consumer protection program
24/7 SUPPORT
If you have any questions
BEST QUALITY
Many years on the market
Reviews
Clear filtersThere are no reviews yet.