Hydrogen Generator 420 ml – Portable bottle made from borosilicate glass
Hydrogen Generator (420 ml): Produces hydrogen-enriched drinking water at the touch of a button, whether you’re on the go or at home. Made from high-quality, heat-resistant borosilicate glass, this ioniser combines modern electrolysis technology with a stylish design.
- Fast processing: Produces hydrogen-rich water (700–900 ppb) in just 3 minutes
- High-quality materials: Sturdy borosilicate glass and BPA-free components
- Compact & portable: 420 ml capacity with an integrated rechargeable battery for up to 20 uses
- Easy to use: One-touch start with automatic shut-off
Produce hydrogen-enriched water easily and flexibly
The Valeacell Hydrogen Generator allows you to easily enrich drinking water with molecular hydrogen (H₂). Thanks to its compact design and built-in rechargeable battery, you can enjoy freshly treated water in your everyday life, at the office or whilst travelling.
Innovative technology & high-quality borosilicate glass
At the heart of the generator is the state-of-the-art electrolysis unit, which produces a hydrogen concentration of approximately 700 to 900 ppb in a process lasting just 3 minutes. The container is made of tasteless and heat-resistant borosilicate glass, which meets the highest hygiene standards.
Specifications & Details
| Capacity: | 420 ml |
| Materials: | Borosilicate glass, stainless steel / food-grade plastics (BPA-free) |
| Hydrogen concentration: | approx. 700–900 ppb (per cycle) |
| Preparation time: | approx. 3 minutes (automatic stop function) |
| Battery & charging time: | USB-rechargeable (charging time approx. 2–3 hours for approx. 15–20 cycles) |
| Contents: | 1x hydrogen generator (420 ml), 1x USB charging cable, user manual |
Easy to use
- Fill the container with still drinking water or filtered water.
- Press the start button to begin the 3-minute electrolysis process.
- Once complete, the device switches off automatically. The water is now ready to drink.
This device is designed for the technical enrichment of drinking water with molecular hydrogen. It is a domestic appliance and not a medical device. No health-related or therapeutic claims are made.
• Inspection of the goods: You have the right to inspect the appliance within the scope of the statutory right of withdrawal, just as you would in a shop (visual inspection).
• Commissioning & filling: Once the device has been filled with water and commissioned, it is considered to be second-hand. In the event of a withdrawal following use, a claim for compensation for the reduction in value may be made in accordance with Section 357a of the German Civil Code (BGB).
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MaterialQuartz-sand layer
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CNGuangdong
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Type of water treatment machineWater purification unit
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UsageJug
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Brand nameBALASHOV
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OriginCN (Country of origin)
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Model numberWater Filters
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High-risk chemicalNone
- TFC membrane (thin film composite, made of polyamide): fitted in most household systems today. It holds back dissolved substances very extensively but is sensitive to chlorine. That is why an activated carbon pre-filter sits in front of it.
- CTA membrane (cellulose triacetate): it tolerates chlorine better, but holds back fewer dissolved substances and only works within a narrower pH range. It is rarely found in new household devices.
- Output: usually stated in GPD (gallons per day), it tells you how much filtered water is produced in a given time. It says nothing about filter quality.
- Design: replacement membranes only fit the housing and connections of the device they are made for. That is why the AORA GT600, the AORA GT800 and the W23 each have their own replacement membranes. A membrane from another device will usually not fit.
- Replacement interval: it depends on the local water quality and the amount used. On the W19 and the W23, the RO membrane should be replaced after 12 to 24 months. On the AORA GT800, we recommend replacing the membrane after about 18 months and the PPC pre-filter every 6 months.
A water ioniser is a device that changes the pH value of water and separates it into alkaline and acidic water. It does this by electrolysis: an electric current produces negatively and positively charged ions. The alkaline water is used as drinking water, the acidic water for cleaning. A water ioniser therefore mainly changes the pH value and the taste of the water.
A reverse osmosis system, by contrast, works on the principle of reverse osmosis. It forces the water through a semi-permeable membrane that holds back impurities such as salts, minerals, heavy metals, bacteria and viruses. The filtered water can be used for drinking, cooking or technical applications. A reverse osmosis system aims to remove as many substances from the water as possible.
The main difference is therefore the purpose: a water ioniser changes the pH value, a reverse osmosis system purifies the water thoroughly. Which device suits you depends on what matters more to you.
Osmosis membranes: how do they differ?
The heart of every reverse osmosis system is the membrane. In household systems you will mainly come across two types:
Beyond that, membranes differ in three respects:
Can an ioniser and reverse osmosis be combined?
Yes, the two methods are not mutually exclusive. An ioniser can be connected after a reverse osmosis system. There are also reverse osmosis devices with a built-in additional module, for example the W23 with hydrogen generator. If your main aim is to remove substances from tap water, reverse osmosis is what counts. If you care about pH value or taste, the ioniser is what counts.
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