Hydrogen water product filled in a glass bottle and preparation method thereof

Abstract

The invention discloses a hydrogen water product filled in a glass bottle. The inside of the glass bottle is filled with hydrogen water, and there is water in the gap space between the outer thread of the bottle mouth of the glass bottle and its outer metal screw cap. seal up. The invention also discloses a method for making the hydrogen water product filled in the glass bottle, which includes the following steps: A. making hydrogen water at the first temperature; then, B. injecting the hydrogen water into the glass bottle until it is completely filled to The liquid level is higher than the bottle mouth under the action of surface tension; then, C, cover the metal screw cap and tighten it, and put the glass bottle upside down or flat; then, D, raise the water temperature from the first temperature to the second temperature , the hydrogen water is heated to expand the pressure in the bottle, and some hydrogen water is filled into the gap space to form a water seal; then, E, the glass bottle is upright, and the water seal remains in the gap space.

Description

technical field [0001] The invention belongs to the field of beverages, and in particular relates to a glass bottle-filled hydrogen water product and a production method thereof. Background technique [0002] Molecular hydrogen medicine is a new type of medical field that has been booming in recent years. Hydrogen-dissolved water (commonly known as hydrogen water or hydrogen water) has appeared in the high-end market as a functional drink that can improve human health. Studies have proved that water dissolved in hydrogen can be used to improve and alleviate various diseases, including various metabolic diseases, such as hypertension, diabetes, hyperlipidemia, hyperuricemia, etc., various immune diseases, such as allergic rhinitis , urticaria, allergic asthma, etc. [0003] The health-improving effect of hydrogen water is positively correlated with the amount of hydrogen dissolved in it. For the same amount of drinking water, the higher the hydrogen concentration, the more o...

AI Technical Summary

Problems solved by technology

[0005] Hydrogen molecules are extremely small and have strong penetrability. They can easily penetrate plastic beverage bottles and pass through various tiny gaps that are invisible to the naked eye. Therefore, in order to seal hydrogen water and prevent hydrogen volatilization loss, metal cans such as aluminum cans are usually used in the market. Bags, aluminum cans, and iron cans are used to fill hydrogen water, but the cost of metal cans is high, especially the cost of filling and packaging cans

The cost of glass is low, the density is high, and hydrogen molecules cannot penetrate. However, there is no manufacturer that produces and sells hydrogen water filled in glass bottles. The main technical difficulty lies in the difficulty of sealing glass bottle mouths. Sealing, although it can form a seal against water and air, hydrogen molecules are small and have strong penetrating power, and can still penetrate and overflow from the gap between the bottle mouth and the cork or cap, so the hydrogen concentration cannot be guaranteed for a long time