Hydrogen inhalation device
Hydrogen inhalation device
Hydrogen Inhalation Device H-2000
A Safe Health Solution Without Side Effects
Uses Sterilized Distilled Water, No Additives!
North America NRTL
Europe CE
Korea KC
RoHS Hazardous Substances Safety CertificationThis hydrogen inhaler is an industrial product and is not a medical device.
Therefore, it is a product certified by the United States, Canada, and North America NRTL certification, European CE certification, and KC certification, which are industrial product certificates.
What Is Important in a Hydrogen Inhalation Device for Health?
Most materials like iron, copper, aluminum, rubber, silicone, and plastic react with oxygen and become oxidized. Therefore, the material of the components in a device used for inhalation, especially for health purposes, is very important. These components, which are often above the standard of food-grade containers, are typically custom-made or quite expensive.
This device uses only materials for all internal and external parts that come into contact with gas and water, which do not react with oxygen or hydrogen gas.
Nationally Certified Agency Test and Inspection Report
Content and Component Analysis Test
Hydrogen and oxygen production per minute: 2,170 CC (Hydrogen 66.71% / Oxygen 33.26%)
Exported to hospitals in over 20 countries, including the United States and Europe
3 Common Facts
About Hydrogen
Hydrogen Is a Gas
Molecular hydrogen consists of two hydrogen atoms bonded together.
Gas Has the Property of Rapid Diffusion
It Is Small Enough to Penetrate Muscles and Bones
Molecular hydrogen is an extremely small, neutrally charged particle that, upon inhalation, easily passes through the meninges and reaches all brain cells.
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To harness the power of hydrogen and restore health, it is important to first have accurate information and
understanding of hydrogen.
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Hydrogen Inhalation Becomes
After high-concentration oxygen inhalation for hospital patients,
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The impact of hydrogen inhalation therapy on blood reactive oxygen
species levels : A randomized controlled study
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Product Advantages and Features
Versatile Applications
Clinic Centers, Hospitals, Individuals
Size and portability suitable for use in hospitals and at home
No Worries About Maintenance Costs!
Easy to Use with Just Replenishing Sterilized Distilled Water Sold in Pharmacies
Easy Maintenance
All parts are modularized, allowing for easy replacement without special tools.
Simple Operation
Control buttons that are easy for anyone to operate
detail
Product Specifications and Basic Features
The Safest Product
Since hydrogen inhalation is used for health, all internal components through which gas and water pass must be made of materials that do not undergo chemical reactions.
A carrier is included for easy packaging and transport.
| Product Name | Molecular Hydrogen Inhalation Device |
| Model | H-2000 |
| Output | H2 (1,447cc/min), O2 (723cc/min), Total: 2,170cc/min |
| Purity | >99.99% |
| Power | 1 bar; 960W; 110-240V |
| Dimensions, Weight | Dimensions: 620mm (L) x 525mm (H) x 230mm (W) Total Weight: 28 kg |
| Power | 1 bar; 960W; 110-240V |
| Water Tank Size | Sterilized Distilled Water, 2L |
| Indoor Environment | Indoor 5-45°C; <80% humidity continuous |
| Set Time | 8 hours 0 minutes |
| Rated Voltage & Power Consumption | 110V ~ 240V/AC 4.0A 50/60Hz |
| Manufacturer | Hue Light (Made in Korea) |
Hydrogen inhalation device
Hydrogen inhalation device
Hydrogen Inhalation Device H-5000
| Product Name | Molecular Hydrogen Inhalation Device |
| Model | H-5000 |
| Output | H2 (3,333cc/min), O2 (1,666cc/min), Total: 5,000cc/min |
| Care Functions | Oxygen Inhalation, Hydrogen Inhalation, Oxygen + Hydrogen Inhalation Total of 3 Functions |
| Power | 1 bar; 1.3kW; 110-240V |
| Dimensions, Weight | Dimensions: 630mm (L) x 630mm (H) x 450mm (W) Total Weight: 33 kg |
| Power | 1 bar; 960W; 110-240V |
| Water Tank Size | Sterilized Distilled Water, 2L |
| Indoor Environment | Indoor 5-45°C; <80% humidity continuous setting |
| Set Time | 8 hours 0 minutes |
| Manufacturer | Hue Light (Made in Korea) |
Usage
For use by patients during transfers between hospital rooms
As a replacement for long-term oxygen concentrator users
When short-term high-concentration hydrogen and oxygen inhalation is needed
Industrial Classification of Hydrogen Inhalation Devices
Hydrogen inhalation devices, while recently proven to have therapeutic effects, are still considered industrial products in most countries, excluding the U.S., Japan, and China, as of August 2024, since they have not yet been officially classified as medical devices (by legal regulation).
In China, hydrogen inhalation devices are legally classified as Class III devices for treating chronic obstructive pulmonary disease (COPD); however, most hydrogen inhalation devices sold in China are still categorized as industrial products.
In Japan, hydrogen gas is approved for therapeutic use.
Differences Between Hydrogen Inhalation Device and Competitors’ Products
Since hydrogen and oxygen can undergo chemical reactions depending on the materials they come into contact with inside the equipment, all internal components of a hydrogen inhalation device used for health purposes must be made of specially verified materials suitable for food containers. (Mandatory regulation for medical device approval testing)
| Comparison | Hue Light Product | Competitor Product | Description |
| PEM Electrolyte | |||
| Flow Rate (Capacity) per Minute | High capacity: 2170cc, 5000cc | 100cc ~ 1500cc | Hydrogen gas tends to disperse immediately upon production, so the actual amount inhaled is not very large. Considering inhalation and exhalation, typically around 20% of the generated amount is actually inhaled. Therefore, high capacity is more efficient for health purposes. |
| Material of Containers Through Which Gas and Water Pass | Made of materials used for food containers. Non-reactive with hydrogen and oxygen gases. Stainless steel (316), PCTG. |
General industrial silicone hoses, ABS water tanks, or PC. | If a mixture of hydrogen and oxygen gases and trace humidity remains in contact with a material for an extended period, the material may deteriorate due to chemical reactions. Transparent silicone hoses are a typical example. Therefore, pipes and parts made from non-reactive materials should be used. |
| Dehumidification System | Uses PCTG water bottle | Hydrogen and oxygen gases pass through copper pipes, with cooling fans or dehumidification using ABS plastic water bottles. | PCTG (Polycyclohexylene Dimethylene Terephthalate Glycol) is an improved form of polyethylene terephthalate (PET). Unlike other plastics, it contains no harmful substances like BPA, offers excellent chemical resistance, and has high transparency and durability. Commonly used for baby bottles. |
| PEM Electrolyte Cell Lifespan | 30,000 ~ | 10,000 ~ | The lifespan of the electrolyte cell is very important, as this component is expensive. |
| Product Disassembly & Assembly | Modularized for easy disassembly and assembly without special skills. | Not modularized | Modularization allows consumers to easily replace parts. |
| Warranty | 3 years | 1 year | |
| Hazardous Substance Safety Certification (RoHS) | RoHS certified | Mostly uncertified | |
| US FDA Registration | Registered | Not registered | |
| CE Certification | Certified | Not registered | |
| KC Certification | Certified | Not confirmed | |
| Product Price | High price | Low price | The price of the product varies greatly depending on the material of the parts used inside the hydrogen suction device. |
