1. Hydrogen is produced separately during electrolysis. When the lid of the cup is closed, hydrogen dissolves in water under pressure, thus forming several clusters of water. At this time, the cluster shape of water will become larger, and there will always be several hydrogen molecules gathering into tiny bubbles, which exist between water molecules. With the passage of time, the hydrogen formed in this case converges into large bubbles and is easily released into the air.

2. There is also a hydrogen-rich water cup with bipolar electrolysis. After H+ generated by anode is separated from O2, H+ transfers ionic potential to generate H2. The water in the cup is electrolyzed into the smallest unit of small molecular water, making it pentagonal water or hexagonal water. At the same time, hydrogen adheres to every corner and combines into a whole, forming hydrogen-rich water, while hydrogen that is not combined with water molecule structure gathers into bubbles and is released into the air. Retention time of dissolved hydrogen: in the normal state of 15℃, 80-90% is retained after 12 hours, 60-80% after 24 hours, and the longest retention time is over 72 hours.

Hydrogen-rich water cup is a device for producing hydrogen-rich water.

Water is converted into electrolytically reduced water by electrolysis technology to generate hydrogen.

Hydrogen-rich water can improve sub-health and has an auxiliary treatment effect on some diseases.

In recent years, the research on hydrogen has been rapid, and more than 300 papers have been published in just five years from 2007 to now.

After a lot of research, it has been proved that hydrogen has a certain auxiliary treatment effect on many diseases, so products about hydrogen have appeared on the market, and hydrogen-rich water cups are one of the effective simple carrying devices for electrolytic hydrogen.