1. Therapeutic level of molecular hydrogen

The Nord hydrogen bottle produces 5000 PPB after a 10 minute cycle.

There is a difference between marketed effect and actual effect. There are several fancy bottles from Wish / Temu that claim a 5000 PPB effect. This is an outright lie.

We have submitted our bottle to H2 Analytics. There, the bottle was tested in several extensive tests. and also confirmed the effect of 5000 PPB.

2. Security profile

The bottle uses high-quality materials for optimal performance and safety.

It contains a DuPont 117 SPE/PEM membrane, known for its efficiency in producing pure hydrogen water.

The electrodes are made of 99.9% pure titanium with a surface coating of platinum to ensure efficient and sustainable hydrogen production.

The bottle body is made of Makrolon, a robust and durable material that can withstand high pressure and long-term use, eliminating the risk of leakage and damage.

Choosing a cheaper bottle can involve risks such as contamination, reduced efficiency, and safety risks due to lower quality materials and construction. Our bottle's construction and material selection guarantee safe and reliable use over time.

When it comes to producing hydrogen gas, the Nord Väteflaskan really has an edge over the competition. The secret? Well, it's about how it handles the pressure created when hydrogen is produced. And here comes the key: The Nord Hydrogen bottle is made of Makrolon. 🚀

Why is this so special then? Makrolon is not just any material. It is widely used out there in the world for things that need to be both safe and durable – think food contacts and medical equipment.

Its ability to withstand wear and tear is out of this world, meaning our bottle can handle the enormous pressure that hydrogen production creates, without giving way.

So, thanks to Makrolon, the Nord Hydrogen Bottle can produce more hydrogen safely and efficiently compared to other bottles on the market. This is the key to why it delivers so much more of those health-boosting bubbles to your water.

No, the bottle is only available in BPA-free Makrolon plastic.

Makrolon is widely known for its chemical resistance and is widely used in food contact and medical applications due to its safety profile.

The use of Makrolon plastic in our hydrogen bottle is critical to its ability to withstand the high pressure created inside the bottle when filled with molecular hydrogen. A glass bottle would not be able to handle such pressure without the risk of cracking or breaking into a thousand pieces.

This structural limitation with glass makes it unsuitable for this type of use.

Additionally, hydrogen bottles that use glass tend to produce very low amounts of molecular hydrogen, meaning they are not therapeutically effective.

Our use of Makrolon plastic ensures not only the safety and durability of the bottle, but also its ability to effectively deliver therapeutic amounts of molecular hydrogen.

Aim to drink it within about 15 to 30 minutes of it being produced.

This time window helps ensure that you get as much of the dissolved hydrogen gas as possible, before it starts to disappear into the air.

If you drink the water directly, you can be sure that you are getting an optimal amount of the beneficial molecular hydrogen molecules.

How often you should drink hydrogen water can depend on your personal health goals and needs. There is no "one-size-fits-all" recommendation, but many experts and existing studies suggest that consuming hydrogen water regularly throughout the day can have positive health effects.

To effectively integrate hydrogen water into your daily routine, consider the following guidelines:

• Start the Day: Start with a glass of hydrogen water in the morning to wake up the body and kick-start your hydration.
• Before and After Exercise: Drink hydrogen water before and after exercise to promote recovery and reduce fatigue and muscle damage.
• Between Meals: A glass of hydrogen water between meals can keep you hydrated and may even promote a feeling of fullness, which can be helpful for weight management.
• Before Sleeping: A glass of hydrogen water shortly before going to bed can help reduce oxidative stress during the night.

Again, it's important to listen to your body and adjust your intake based on how you feel. Some people may notice benefits from just a couple of glasses a day, while others prefer to drink more. If in doubt, start slowly and increase your intake gradually to see how your body reacts.

Yes! Nord Hydrogen is a Swedish initiative.

No, they are not quite the same thing. Molecular hydrogen (H2) is a gas consisting of two hydrogen atoms. When this gas dissolves in water, it becomes hydrogen water. So, hydrogen water is water enriched with molecular hydrogen. Both have therapeutic effects, however.

No, hydrogen water itself is not considered dangerous.

However, it is important to choose the right equipment to ensure that you ingest it safely.

Not all bottles are created equal – some cheap options from places like Temu or Wish may not meet safety standards and may actually be risky to use. (Can produce ozone gas and fluoride)

For your safety, invest in a hydrogen water bottle with a solid safety profile. A good rule of thumb is to choose bottles that use the DuPont 117 membrane, known for its high quality and safety. Nord Hydrogen is an example of a brand that uses this membrane, ensuring that you are not only getting clean and safe hydrogen water but also investing in a product that is built to last. So, stay away from the gimmicks and invest in something that truly protects your health and well-being.

There are important reasons why the Nord Hydrogen Bottle does not have a breathing function.

Two ways to ingest molecular hydrogen:

1. Drinking hydrogen water - This is the simplest method, where you consume hydrogen dissolved in water.
2. Using an inhaler - This requires a significantly stronger concentration of hydrogen to be effective.

Why no inhalation function on our bottle?

• Therapeutic dose: For inhalation of hydrogen to be therapeutically effective, a concentration of at least 150 ml/l is required.
• Lack of efficiency in bottles: Most bottles on the market, including other brands that claim to provide inhalation functions, produce hydrogen concentrations of only 2-3 ml/l . This is far from therapeutic level and usually proves ineffective.

What are the consequences?

• Many products are sold with misleading information and deliver no actual therapeutic effect when inhaled. 😕

What is the alternative?

• Proper inhalation equipment: To inhale hydrogen in therapeutic doses, one needs a much more powerful machine than a portable bottle. These systems usually start at prices around SEK 20,000 .

In short, that's why the Nord Hydrogen Bottle focuses on delivering high-quality hydrogen water safely and efficiently, without the misleading claims that many other products have. We believe in transparency and actual health benefits! 🌟

The claim that "1 bottle of hydrogen water contains the same antioxidant amount as 600 apples" is not correct and can be seen as a marketing gimmick rather than a fact-based truth.

To understand why this claim is misleading, we need to dive a little deeper into how antioxidants and ORAC values ​​work, as well as what molecular hydrogen actually is.

ORAC values:
ORAC, which stands for "Oxygen Radical Absorbance Capacity", is a method that was previously used to measure the antioxidant capacity of foods and other substances. However, this method is considered by many, including the United States Department of Agriculture, to be insufficient to accurately measure antioxidant capacity. This is because many bioactive compounds and biomolecules in food have therapeutic and protective effects that are not necessarily linked to their ability to absorb free radicals.

The unique role of molecular hydrogen:
Molecular hydrogen (H2) does not work like traditional antioxidants. Instead of directly neutralizing a large amount of free radicals, H2 helps regulate the body's own antioxidant systems. This means that H2 can stimulate the body's production of endogenous antioxidants and thus provide more effective protection against oxidative stress. This mechanism is completely different from the traditional view of antioxidants that neutralize free radicals directly.

Conclusion:
Comparing hydrogen water to a large amount of fruit based on their antioxidant values ​​through ORAC is misleading. It does not highlight the unique way in which H2 works in the body. In fact, the claim of the 600 apples comparison not only demonstrates a lack of understanding of the true functions of molecular hydrogen, but also risks diminishing other significant health benefits that hydrogen water can offer. For a more genuine and scientifically based appreciation of hydrogen water's potential, it is important to focus on how it modulates antioxidant responses and contributes to biological benefits at the cellular level.

At the time of writing, there is no research to suggest that you can ingest too much molecular hydrogen.

Fun facts:
Since the 1940s, deep divers have used almost pure H2 gas in their diving tubes. They have inhaled incredible amounts of molecular hydrogen and no ill effects have been detected.