MPS moisture-proof dehumidification system features
The check valve is used in the piping system, its main function is to prevent the backflow of the medium, prevent the pump and its driving motor from reversing, as well as the release of the medium in the container.
Check valves can also be used to feed pipes where the pressure may rise to exceed the pressure of the main system. Check valve according to the different material, can be applied to a variety of media pipeline.
The check valve is installed on the pipeline, which becomes one of the fluid components of the complete pipeline. The opening and closing process of the valve disc is affected by the transient flow state of the system in which it is located. In turn, the closing characteristics of the disc have an effect on the fluid flow state.
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The MPS moisture-proof system is designed to fully dry building structures that contain capillary pores, such as concrete and masonry. It can be used on both new and existing buildings, ensuring long-term dryness in critical areas like hydropower facilities, basements, and tunnels that have suffered from persistent moisture and leaks. This system effectively eliminates water intrusion and keeps the structure permanently dry.
The system operates with minimal power consumption—around 10 watts for most applications, with some models like the Oswego civilian version using about 14 watts. It requires only a small amount of current, and as the moisture within the structure decreases, the power demand gradually reduces. The drying process typically takes about one month, though it may extend up to three months in more challenging cases. Notably, seawater dries faster than fresh water due to its higher salt content.
One of the key advantages of the MPS moisture-proof dehumidification system is its ability to provide a permanent solution for waterproofing, anti-seepage, and moisture control. It offers a low-cost and highly efficient alternative to traditional methods. If micro-osmotic condensation occurs through structural pores, cracks can be easily repaired after applying the MPS system, making it a highly effective solution. For new construction, there's no need for conventional waterproof materials like membranes or coatings, saving both time and cost.
The alkali treatment process is simplified with the MPS system. A complex alkali solution is sprayed onto the anode surface, which then penetrates into the concrete body quickly—usually within ten days. The electrolyte used in this process is manufactured in China and is available at a reasonable price.
Installation of the MPS system is flexible and straightforward. It can be applied directly to the exposed side of underground structures without the need for costly excavation. The Osmond MPS system can even be used immediately after installation, with the entire setup taking just a few hours.
This system also helps prevent issues like paint peeling, mold growth, and unpleasant odors by keeping the structure dry. It protects against weathering and aging, while maintaining the integrity of the building materials. Additionally, it improves the insulation properties of underground spaces by reducing humidity levels, protecting electrical and mechanical equipment from moisture damage.
Operating on ultra-low voltage, the system has an extremely low running cost. For a 300-square-meter area, it only consumes around 14 watts—equivalent to a regular light bulb. The system is safe for human exposure, with no risk of electric shock. It also causes no structural damage and does not alter the material composition of the building.
Finally, the MPS system prevents harmful bacteria from entering through contaminated groundwater, ensuring a healthier and safer environment. Whether you're dealing with old structures or planning new projects, the MPS moisture-proof dehumidification system offers a reliable, efficient, and long-lasting solution to moisture problems.
