High-flow weakly alkaline ionized water equipment is used for drinking water filling

The weakly alkaline ionized water equipment employs advanced electrolysis technology to conduct deep treatment of

ordinary tap water through ion-exchange membranes and electrolytic cells. During the electrolysis process, water molecules

in water are decomposed, generating alkaline electrolyzed water rich in hydroxide ions (OH⁻) and

acidic electrolyzed water rich in hydrogen ions (H⁺). The weakly alkaline ionized water required by

drinking water filling plants is precisely the alkaline electrolyzed water that has been screened and regulated,

with a pH value usually stabilized between 7.5 and 9.0. This kind of water not only has a unique weak alkalinity,

but also is rich in beneficial components such as active hydrogen and mineral ions, and has strong antioxidant properties and good solubility.

The equipment is equipped with an intelligent control system that can precisely adjust parameters such as electrolysis voltage, current,

and water flow rate, thereby flexibly controlling key indicators of the produced water such as pH value and oxidation-reduction potential (ORP),

ensuring the stable quality of the weakly alkaline ionized water produced and meeting drinking water standards. In addition,

the high-quality electrode materials and ion-exchange membranes adopted by the equipment feature high efficiency,

durability and environmental friendliness, which can effectively reduce the maintenance cost and operational energy consumption of the equipment.

The unique properties of weakly alkaline ionized water endow drinking water with higher quality and health value.

Its weak alkalinity can effectively regulate the acid-base balance of the human body, neutralize excessive acidic substances in the body,

and help maintain good health. The rich active hydrogen has a powerful antioxidant capacity, which can eliminate free radicals in the body and delay cell aging.

Rich mineral ions provide the human body with necessary nutrients. These characteristics make the weakly alkaline ionized

water after filling a high-end healthy drinking water, significantly increasing the added value of the product and meeting consumers’ demands

for high-quality drinking water, thus standing out in the market competition

The weakly alkaline ionized water equipment can quickly adjust production parameters according to market demand and

customer orders to produce weakly alkaline ionized water with different pH values and specifications.

Whether it is small-batch customized production or large-scale industrial filling, the equipment can operate efficiently to

ensure the smooth completion of the production plan. Meanwhile, the equipment has a high degree of automation,

reducing manual operation links, lowering labor intensity, and enhancing production efficiency and the stability of product quality.

Compared with traditional drinking water treatment processes, the operating cost of weakly alkaline ionized water equipment is lower.

The electrolysis technology it adopts does not require the addition of a large amount of chemical agents, reducing the cost of raw materials

and sewage treatment expenses. In addition, the acidic electrolyzed water produced by the equipment can be used for cleaning and

disinfection in the factory area, achieving the recycling of resources and further reducing production costs. In terms of environmental protection,

no harmful pollutants are emitte during the operation of the equipment, which complies with the requirements of national environmental protection policies, reduces the environmental protection pressure on enterprises, and helps enterprises achieve sustainable development.

Weakly alkaline ionized water equipment mainly achieves water quality conversion through electrolysis technology.

The device is equip with an electrolytic cell. When ordinary water flows in, under the action of the electric field, the mineral ions

in the water move directionally and the water molecules are decompose. The cathode produces alkaline water rich in hydroxide ions (OH⁻), while the anode produces acidic water. Meanwhile, the ion-exchange membrane in the equipment will separate the products of the positive and negative poles, ensuring the production of stable weakly alkaline ionized water with a pH value usually between 7.5 and 9.5, meeting the daily healthy drinking water requirements

Weakly alkaline ionized water is rich in minerals and active hydrogen. Theoretically, it helps regulate the acid-base balance of the human body, neutralize excessive acidic substances in the body, and also has a certain antioxidant effect. However, the acid-base balance in the human body is mainly maintain by the body’s own physiological regulatory system. Relying solely on drinking weakly alkaline water to change the body’s acid-base environment lacks sufficient scientific basis. However, weakly alkaline ionized water has a mild taste and strong solubility, which can better promote metabolism and nutrient absorption. Drinking it in moderation is beneficial to health. However, people with special constitutions (such as those with insufficient stomach acid) are advis to consult a doctor before drinking.

To ensure the normal operation of the equipment and the stability of water quality, regular maintenance is require. It is recommend to flush the equipment pipelines with clean water every week and conduct a deep cleaning with a special cleaner once a month to remove scale and impurities in the electrolytic cell. Replace the filter element and electrolytic plate every 1 to 2 years based on the usage frequency to prevent the aging of components from affecting water quality and equipment performance. In addition, the equipment should be place in a dry and well-ventilated area, avoiding direct sunlight. When not in use, the power should be turne off in time to extend the service life of the equipment.