H365 - HYDROGEN RICH WATER TUMBLER

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What is Hydrogen Water?

Hydrogen water is produced by dissolving a large amount of hydrogen gas into water using modern technology. Despite what we learn in high school chemistry about hydrogen being insoluble in water, it has a low solubility, not zero. The production of hydrogen water leverages this solubility to infuse water with hydrogen gas. The root cause of many diseases and cell aging in the human body is the damage or aging of cells, often accelerated by excess hydrogen free radicals. Activities such as breathing, smoking, drinking alcohol, exposure to ultraviolet rays, and vigorous exercise can produce many free radicals.

Origin of Hydrogen Water

In Lourdes, France; Norden au, Germany; and Tlacote Mexico, there are natural water sources known as "miracle waters" that attract visitors from around the world. Over 2 million people have visited Norden au alone. Each winter, thousands of "migratory people" travels to Bama, Guangxi in China, where the spring water is called "holy water." What makes these miracle waters so attractive? Scientific research has revealed that these waters have high hydrogen content, up to 0.35 ppm, whereas ordinary water contains almost none. The active hydrogen in these waters is the best antioxidant, capable of removing free radicals from the body, thus explaining their miraculous properties. After 150 years, the mystery of the miracle waters has been solved.

Benefits of Hydrogen Water

Hydrogen is one of nature's most powerful antioxidants. It can penetrate cells without any barrier, reaching the cell nucleus and mitochondria to selectively neutralize harmful oxygen free radicals. This reduces the production of free radicals, which can cause DNA damage leading to various diseases and tumors.

• Comparison with Other Antioxidants: Hydrogen's antioxidant capacity is 176 times that of Vitamin C, 290  times that of catechins, 431 times that of Vitamin E, and 863 times that of Coenzyme Q10.
• Selective Antio-xidation and Reduction Ability: Hydrogen has strong reduced abilities and selectively targets harmful reactive oxygen species in the body. When hydrogen gas combines with these reactive oxygen species, it forms water (H₂O), which is then excreted from the body.

Superoxide Radicals: The Culprit of Human Aging

· Oxidation is one of the most fundamental chemical reactions in nature, observable everywhere: iron nails rusting in a humid environment, or a cut apple rotting when exposed to air. The human body also undergoes oxidation. A normal person breathes about 20,000 times a day, inhaling oxygen and exhaling carbon dioxide. While 98% of the inhaled oxygen is used as fuel for metabolism, the remaining 2% undergoes oxidation reactions to form harmful substances called superoxide radicals.

· Humans naturally have antioxidant enzymes (such as SOD, superoxide dismutase, etc.) to combat free radicals. However, with aging and modern lifestyle factors, these enzymes alone cannot completely eliminate free radicals. Breathing, smoking, drinking alcohol, electromagnetic radiation, and digestive issues all produce large amounts of superoxide radicals. Superoxide radicals are extremely active destructive molecules that damage body cells, causing the unsaturated fatty acids on cell membranes to oxidize, resulting in cell membrane loss and protein denaturation. This accelerates the aging process. More seriously, free radicals can attack genes, damaging the molecular structure of genes, leading to gene chain mutations, and causing systemic disruptions in the organism. This is why humans age.

· When superoxide radicals damage body cells, highly antioxidative active hydrogen appears. It stops superoxide radicals from attacking cells, reducing them to a stable form, thus protecting body cells from damage. Ultimately, hydrogen combines with oxygen to form harmless water, reducing the likelihood of cell mutation and slowing down the rate of cell death.

Research Papers and Books on Active Hydrogen

1. Dutch Academic Journal "Cytotechnology" (June 2003) published the paper "Research Findings Related to      'Anti-Diabetes'".
2. American Medical Journal "Kidney International" (July 2003) published the paper "Research Findings Related to      Reducing Oxidative Stress".
3. American Scientific Journal "Biochemical and Biophysical Research Communications (BBRC)" (1997) published the paper  "Electrolyzed-Reduced Water Scavenges Active Oxygen Species and Protects DNA from Oxidative Damage".
4. British Medical Journal "Nature Medicine" (online edition) published the paper "Free Radicals: Hydrogen Gas Effectively Removes Free Radicals! Successful Trials by the Japanese Medical University".
5. Academic Journal "Medical Hypothesis" (2010), Doi: 10.1016/j.mehy.2010.08.046 published the paper on the collaborative research by NASA and the University of Pittsburgh, which attempted to use hydrogen therapy to reduce the risk of oxidative stress caused by radiation during space flights.
6. Books published by the Military Medical University Press: "Molecular Biology of Hydrogen",  "Gases and Biology", "Water of Life and Detoxification with Hydrogen-Rich Water", etc.

Technology Changes Lives

We use technology to change lives by improving the quality of water you drink. Our technological advancements ensure that you consume healthy, safe, pollution-free, and nutritious water. The water you drink today will influence your health in ten years.

Recommended Use Environments

• Meeting Rooms
• Offices
• Homes
• Cars

Usage Instructions

Recommended Water Temperature: Below 50°C, then tighten the cup lid.

Power On: Lightly press the power switch on the front of the machine.   The working indicator light will turn on, and at this point, a large amount of hydrogen bubbles will start rising from the bottom of the bottle.

Completion Indicator: When the hydrogen generation completion light    turns off, the water is ready to drink.

Optimal Consumption Time: It is recommended to drink the water within           

half an hour of generation, as hydrogen will slowly dissipate over time.

Charging the Generator: The charging port is on the back  of the unit. The LED light is red while charging and turns blue when charging is complete (approximately 2-3 hours).

Maintenance and Precautions

1. Soaking: Soak the device in water for 5-15 minutes, shaking it several times during this period. Then, pour out the wastewater and rinse with clean water.
2. Initial Use: The first few times you use the device, produce a small amount of hydrogen, then gradually increase the amount.
3. Transporting: When carrying or moving the product, ensure the main power switch is turned off.
4. Charging: Use only the dedicated charger to charge the device.
5. Immersion: Do not immerse the device in water or boil it.
6. Checking Assembly: Ensure the cup body and main unit are tightly assembled to prevent water leakage when adding water to the generator.
7. Continuous Use: Do not prepare the same cup of water more than twice in succession to avoid high internal pressure that may damage the product.
8. Long-Term Storage: If not using the device for an extended period, charge it once a month to maintain battery durability.
9. Warranty: Do not disassemble the main unit during the warranty period.
10. Water Quality: Use drinking water that meets the "Hygienic Standards for Drinking Water" (GB5749-2006).
11. Electrolyte Content: Do not use water without electrolytes, such as purified water or distilled water. It is recommended to use bottled mineral water. (Do not use any liquid other than mineral water.)

Troubleshooting

1. No Hydrogen Production:

The main unit's battery may be dead. Charge the battery immediately.

2. Battery Aging:

The battery might be old and less effective.

3. Power Issues:

Check if the power socket has electricity, ensure the plug and connecting wires are not short-circuited, and verify the charger is not damaged.

4. Water Leakage:

Ensure the cup lid is tightened properly and check if the sealing ring is aging.

5. Unresolved Issues:

If the above problems are not resolved, please contact the distributor.

Components and Materials

Hydrogen water produced by the device features several advanced components and materials designed to ensure optimal performance and safety:

1. Cup Body: Made from durable PC (polycarbonate) material.
2. Inner Lid: Constructed from high-quality 304 stainless steel.
3. Outer Lid: Also made from 304 stainless steel.
4. Lid Logo: Clearly marked for easy identification.
5. Sealing Ring: Crafted from food-grade silicone to prevent leaks.
6. Cup Body: Reinforced with PC material for added strength.
7. Cup Base Cover: Encased in 304 stainless steel for durability.
8. Cup Base: Made from PC material to ensure longevity.
9. Switch Button: Composed of PC material for reliable operation.
10. Electrode Plates: Titanium platinum-coated plates for efficient electrolysis.
11. Waterproof Sealing Ring: Made from titanium platinum to ensure water resistance.
12. Titanium Screws: Used for secure assembly.
13. Electrolysis Main Line: Ensures effective hydrogen production.
14. Stainless Steel Screws: Provide sturdy construction.
15. Cup Base Sealing Ring: Made from food-grade silicone for a secure seal.
16. Electrolysis Generator Wire: Facilitates the electrolysis process.
17. Motherboard Fixing Screws: Ensure the stability of the internal components.
18. Lithium Polymer Battery: Provides reliable power.
19. Cup Base Bottom Cover: Made from ABS material for added protection.
20. Cover Plate Fixing Screws: Secure the base components.
21. Cup Base Bottom Non-Slip Pad: Made from food-grade silicone      to prevent slipping.

H2 water tumbler questions:

1. How much is the capacity of water container itself?
The capacity is between 360-380ml.

2. How much ppb (parts per billion) per cycle? For example, 1st cycle how much? 2nd cycle how much? Maximum can reach how much ppb?

· 3 minute mode for 1 time: 1200ppb ~ 1500ppb; 

· 3 minute mode for 2 time: The hydrogen concentration can increase with each cycle, depending on the quality of the local water. Maximum ppb can reach over 2000 ppb

Please do not exceed 2 times for 3 minute mode, because too much air pressure can lead to accidents such as leaks.

3. ⁠How long is the average lifespan of H2 water tumbler if using everyday?

a. The battery can go through 2000 charge and discharge cycles, regardless of the water volume in the cup or day count.

4.  How many cups of water the tumbler may provides before the battery low or almost off?

Full Charge 3 hours:  15 cups, 325ml/Cup (80-85% electrolysis maximum level, to avoid air pressure can lead to accidents such as leaks)

5. How long is the warranty of H2 water tumbler without man-made error caused problem? 

a.  6 months.

b.  If defects are found upon receiving the product, customer must report and return to company within 7 days. 

6. If part like battery problem, container or cap leaking issue, is there any exchange or purchase those part to replace?

LifeChanger provides repair and after-sales services.  And repair parts will be charged separately.

7. ⁠Is there any maintenance or service needed for the H2 water tumbler especially the H2 generator?

Each month, you can use a solution of water and vinegar in a 1:30 ratio to clean the inside of the cup. Soak for 2-5 minutes.