In concrete and masonry structures, there are countless tiny capillary pores and gaps that act like natural channels. Water can easily penetrate these structures due to its own gravity and the capillary action of the pores, similar to how plants absorb water from the soil and transport it through their roots and stems. These pores are essential for the operation of MPS dehumidification technology, which relies on this natural behavior to function effectively.
The principle behind MPS waterproof dehumidification technology involves a control unit that generates low-voltage pulse charges. These pulses create an electromagnetic field between two electrodes—one positive and one negative. Through this field, the water molecules within the structure’s pores and gaps become ionized and are attracted toward the negative electrode, which is installed on the exterior of the building. This process pulls moisture out of the structure, gradually drying it from the inside out. As long as the system is operational, the moisture will not re-enter the structure, ensuring a permanently dry environment.
MPS waterproof technology not only prevents surface seepage but also helps reduce condensation, heat reflection, and mold growth on walls. Additionally, it allows moisture from the air to escape through the walls, significantly lowering indoor humidity levels. This makes it ideal for protecting sensitive equipment, documents, and other valuable items from moisture damage.
Engineering tests have shown that the force driving water molecules within the structure is far stronger than the force of gravity alone. In real-world applications, the MPS system has successfully stopped water infiltration even under extreme pressure, such as in Norway's Tonstad hydropower plant, where water heads reach nearly 600 meters. Similarly, in China’s Guizhou Light Power Station, the system has been used in deep underground shafts and permanent observation rooms with water heads of nearly 200 meters. This demonstrates the effectiveness and reliability of MPS technology in challenging environments.
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