Audited Supplier
NNHW210-SV
EEC, LFGB, CE / EU, FDA
Silver
Plastic
Hydrogen - Rich Water Bottle
Cahmtf
High - Quality Food - Grade PC
210ml
Spe/Pem Electrolysis
Rechargeable (Battery Capacity: 2100 mAh)
Anti - Oxidation.Detoxification.Improve Metabolism
White, Silver, Black, Gold
2.36"*2.36"*7.87"
2~3 Hours
25~27 Times ( 5 Minuters Per Time)
2.5ppm in 5 Minutes/ 5ppm in 10 Minutes
USB Type
0.42kg/0.93lb
24 Months
CAHMTF
Multi-Layer Protection with Carton Packaging
5000ppb Therapy Level Hydrogen Concentration
China
90303900
Product Description
Report on CAHMTF Hydrogen Health Products and Electrolysis Technology
I. Company Profile
CAHMTF is a factory specialized in the production of hydrogen health products. The R & D headquarters is located in Shanghai, and the R & D branch is set up in Ningbo. The production and assembly process takes place in Foshan. Currently, it mainly produces hydrogen-rich water cups, portable hydrogen inhalation machines, hydrogen water beauty spray devices and other products. It has cumulatively served 9,000 retail and wholesale customers. The wholesale business can ship with the customer's logo according to their requirements.
II. Differences in Hydrogen Production Technologies and Influencing Factors
(I) Technology Classification and Composition
There are mainly two common hydrogen-oxygen separation technologies in the market: membrane electrode technology and proton exchange membrane technology. The membrane electrode technology consists of a proton exchange membrane, a platinum-coated catalyst and a gas exchange layer; while the proton exchange membrane technology only involves a single proton exchange membrane. Due to the inclusion of precious metal platinum, complex production process and high technical requirements, the comprehensive cost of the membrane electrode technology is much higher than that of the proton exchange membrane technology.
(II) In Terms of Hydrogen Concentration
In terms of hydrogen concentration, for the products of membrane electrode technology and proton exchange membrane technology, if there is little difference in current and water cup capacity, the amount of hydrogen produced is determined by the current, and there is no significant difference in hydrogen concentration. The hydrogen concentration can be adjusted by setting the current. Increasing the current can lead to an increase in the number of bubbles, presenting a visual effect of a relatively high hydrogen concentration.
(III) In Terms of Hydrogen Purity
Hydrogen purity is of crucial importance. The hydrogen purity generated by the water cup using membrane electrode technology is significantly higher than that of the water cup using proton exchange membrane technology. The water cup using proton exchange membrane technology is prone to produce by-products that are harmful to human health during electrolysis, such as ozone, chlorine, heavy metals, etc. This is mainly due to the voltage factor. The voltage of the water cup using proton exchange membrane technology is usually above 2.7V and increases with the increase in the number of uses. When the voltage exceeds 2.5V, electrolysis of water will produce ozone, chlorine, heavy metals, etc. While the voltage during electrolysis of the water cup using membrane electrode technology does not exceed 2.5V, which can effectively avoid the generation of such unsafe components.
(IV) Subdivisions and Risks of Membrane Electrode Technology
It should be noted that there are also differences in membrane electrode technology. A high-quality membrane electrode should have the characteristics of no decrease in hydrogen production concentration after long-term use, no increase in TDS before and after electrolysis, and long battery life. Some membrane electrodes may experience the shedding of the platinum catalyst coating after long-term use, which will also lead to risks such as the generation of ozone, chlorine, heavy metals, etc.
III. Technological Advantages of the Company's Products
(I) Independent R & D and Production
CAHMTF's membrane electrodes are independently developed and produced by itself, not purchased from outside. This gives it many technological advantages, such as high electrolysis efficiency, low voltage, and the platinum-coated catalyst is firmly attached and not easy to fall off.
(II) Guarantee for Long-Term Use
From the perspective of usage results, according to the regular usage requirements, there will be no increase in TDS (the platinum coating will not fall off) after 1 or 2 years of use, and the hydrogen concentration will not decrease. It can withstand various water quality tests after long-term use, ensuring the hydrogen concentration and purity, and can be used with confidence.
(III) Patent Certification
The company's membrane electrode technology and electrolytic cell have passed the national technical patent certification. Relevant information can be queried and verified on the patent official website, which fully demonstrates the company's professionalism and authority in hydrogen electrolysis technology and distinguishes it from ordinary manufacturers.
In conclusion, CAHMTF has significant advantages in the production of hydrogen health products and hydrogen electrolysis technology, and can provide consumers with higher-quality, safer and more reliable hydrogen health products.
| Model No. | NNHW210-xx | Age | All People |
| Customized | Customized | Certification | ISO,CE,ROHS,FCC |
| Technology | SPE Electrolysis | Product Name | Hydrogen Water Generator |
| Produce Size | 61x200mm | Volume | 210ml |
| Charging Electrolysis Times | 25-30 cups | Battery Capacity | 1800mAh |
| Charging Mode | USB Charging Port | Complete Process of Electrolysis | 3000ppb (5min) , >5000ppb (10min) |
| Electrode | Titanium Platinum+Membrane Electrode | Transport Package | Gifitbox+Brown Carton |
| Origin | China | HS Code | 8543300090 |
