Variable frequency electronic descaling instrument
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Variable frequency electronic descaling instrument
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- Product Description
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A major headache in the industrial field
Scale is a deposit closely related to water hardness. When hard water is heated or evaporated, calcium carbonate forms. All equipment in contact with hard water is affected by scale. Scale can block pipes or deposit on heat transfer surfaces, causing significant harm in industrial settings. This leads to increased heat loss and resistance, reduced equipment lifespan, and more serious damage such as explosions.Difference between variable frequency electronic descaling instruments and ordinary electronic descaling instruments
Variable frequency electronic descaling instruments are unique electronic descaling devices. General electronic descaling instruments operate at a fixed frequency. When temperature, viscosity, and other factors change, the resonant frequency of water molecules also changes. Therefore, these products cannot adapt to all water quality conditions, resulting in low efficiency or descaling failure. Variable frequency electronic descaling instruments output a continuously variable frequency that covers the resonant frequency spectrum of water molecules under all temperature and viscosity changes, making them effective for all water quality conditions. The main advantages of variable frequency electronic descaling instruments are: small size, no pollution, low cost, and easy management.
Descaling principle
Induced resonance
The variable frequency electronic descaling instrument's antifouling technology induces molecular vibration, increasing unstable mineral ions. This causes accelerated vibration of mineral ions near the atomic nucleus. A snowball effect increases crystal formation. Each crystal includes a certain number of metal ions. These insoluble crystalline salt particles gradually increase in size and flow with the water, preventing them from adhering to the metal surface because they no longer have the opportunity to remain on the metal surface.
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