Water purification information

The working principle of water treatment equipment

Views : 108679
Update time : 2021-09-07 17:29:51
In our household or industrial water, water treatment equipment is a kind of equipment that is widely used, mainly for purifying and filtering our water quality, so that it can be better used by us, but how does the water treatment equipment work? How about? Today I will introduce the working principle of water treatment equipment.
Water treatment equipment is a kind of equipment that specializes in processing industrial, chemical and domestic water to meet certain usage standards and then reuse it. Any substance has its own inherent frequency. Scale belongs to inorganic salts. Generally, the casing of equipment is made of metal materials, and the oscillation frequencies of scale and metal materials are different.

1. Working principle: When water flows through high-pressure and high-frequency electromagnetic fields, the calcium, magnesium ions and bicarbonate ions in the bicarbonate in the water will lose their chemical and physical properties under the action of high-pressure and high-frequency electromagnetic fields. And the ability to attract each other, gradually form a crystal cluster that sinks to the bottom and is discharged with the sewage, so as to achieve the purpose of anti-fouling.

2. Features: does not change the chemical properties of the water, and has no side effects on the human body; the descale effect is obvious; the equipment is small in size, simple and convenient to install, and can be used unattended for a long time; after the water flows through the equipment, the water can be turned into magnetized water. Moreover, it has a certain inhibitory and killing effect on bacteria in the water; it does not corrode the equipment and can prolong the service life of the servo equipment.

3. Classification: Conventional water treatment equipment is generally used in life, such as households using various hot water boilers, central air conditioners, heat exchange systems, household central air conditioners, wall-mounted boilers; and water treatment equipment often used in industrial fields has air pressure Machines, refrigerators, heat exchangers, coolers, etc.

The above is the working principle of water treatment equipment introduced by the editor. I hope you can refer to it. If we need to purify water in the future, it is still highly recommended that you install and use our water treatment equipment. This is for our water purification. Can play a very good effect.
Related News
Read More >>
Water purifier “large flow” in the end is worth buying? 5 traps, do not be fooled! Water purifier “large flow” in the end is worth buying? 5 traps, do not be fooled!
Apr .30.2025
What is a “high flow” water purifier? Simply put, “high flow” water purifier refers to the ability to filter and output more pure water per unit of time.
The secret in the cartridge: is the water you drink really clean? The secret in the cartridge: is the water you drink really clean?
Apr .30.2025
Behind the seemingly clear water flow, there may be hidden threats to the health of the invisible crisis.Filter cartridge: the last line of defense for drinking water safety
Trivia丨Extend the life of the RO membrane 6 practical tips Trivia丨Extend the life of the RO membrane 6 practical tips
Apr .29.2025
As the “heart” of the water purifier, the RO membrane directly determines the water quality and the cost of replacing the core (the price of a single unit is usually in the range of 50-120 U.S. dollars). But 90% of users do not know: scientific maintenance can make RO membrane life 1-2 years longer! Today we are from 5 key dimensions, hand in hand to teach you to guard this “water purification engine”.
Why is your membrane product losing treatment capacity and needing frequent replacement? Why is your membrane product losing treatment capacity and needing frequent replacement?
Apr .29.2025
After the membrane system has been running for a period of time, sometimes the treatment capacity decreases significantly and fails to reach the designed capacity. The reasons for this phenomenon are mainly related to the working environment of the membrane system, selection and design, installation and construction, operation and management, and the performance of membrane products.