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The biggest problem is that there is no way to prove whether it works.
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According to the results of market feedback, it is proved that electroosmosis moisture-proof is just a joke, that is, it can't prevent open water or moisture, and the rainy season is the same as not being installed.
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Electroosmosis technology, the country is used in the subway tunnel water conservancy dam in the world has a history of more than 50 years, the domestic 2010 national military engineering use after the decentralization of civilian housing, the technology must be reliable, but there are many brands, it is estimated that you have been trained by a small brand, this technology to choose the national certification, certification of only one.
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To be honest, electroosmosis is just a concept, and there will be many uncontrollable factors in the actual application process.
Clause. First, the structure of the house is very complex, and it is difficult to meet the special conditions of the laboratory. A very simple example, a gap is leaking, can it be solved by electric infiltration?
Clause. Second, the life problem, the equipment must be open 24 hours a day, equipment damage maintenance is also a large cost.
Clause. Third, the problem of condensate, the principle of electroosmosis does not consider the basement insulation at all, in fact, the basement moisture-proof, largely from the basement condensate, and the electroosmosis does not consider how to solve this problem.
Clause. Fourth, the problem of energy consumption, do not do insulation, the heating and cooling will disperse faster in the later stage, and the energy consumption will increase a lot.
Clause. Fifth, the issue of radiation and power outages is also an issue that needs to be considered.
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The main reason is that the system is not good, the construction technology of Shanghai Benjun electroosmosis intelligent wave type is exquisite, the technical debugging is perfect, the independent research and development is guaranteed after sale, and Shanghai Benjun electroosmosis is reassuring.
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There are certain drawbacks to basement electroosmotic waterproofing:
1.Electroosmosis waterproofing belongs to electrical equipment, running 24 hours a day, electrical equipment has been running uninterrupted for 20 years, no one can guarantee that there is no problem, and the electrical equipment can be repaired if there is a problem, but the loss caused by the dampness of the basement during the problem is still paid by yourself.
2.Electroosmosis waterproofing is a weak current equipment, which needs to be wired with weak electricity in the whole house, so it is inevitable to cross with strong wires, and the magnetic field generated by weak electricity is much smaller than that generated by strong electricity, so that strong electricity will affect the magnetic field of weak electricity.
3.The principle of electroosmosis waterproofing is to use electromagnetic fields to drain water molecules and move them outdoors. But electroosmotic waterproofing does not prevent condensate from condensing in the basement. Therefore, the basement will still be humid in the resurgence weather.
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3. Most of the basements have moisture return, condensation, mildew and other phenomena, and how to deal with the dampness in the basement is a very tangled problem.
Regardless of the form in which moisture appears and exists, its impact on daily life is manifold. It not only causes mold and peeling off of the decorative surface, produces mildew and emits an unpleasant smell, mold and yellowing of valuable clothes, damage to the collection, etc., but also endangers people's health.
EOP508 electroosmosis technology is mainly based on the following principles in solving basement dampness:
The system can actively discharge water from the structure to the outside, so that the structure remains dry forever, and truly play a protective role at all times, LV-EOP508 electroosmosis intelligent anti-seepage dehumidification system is an advanced anti-seepage system that uses the electromagnetic field generated by low voltage and low current to expelle water molecules in the capillary pores of concrete or brick walls outside the structure.