High-quality waterproofing the basement – is one of the major problems in the construction of the building. While building the foundation violated the basic requirements for the waterproofing work, the result of such violations is the penetration of water in the basement and, later, the strain and the slow destruction of the basement. Moisture through the capillaries penetrates walls, freezes, forming cracks, a term that covers all more moisture – a process repeated every year and eventually leads to the destruction of the basement and walls. To solve this problem today, we use several methods of waterproofing. Okleechnaya waterproofing is made from roll or sheet material (bituminous or polymer).
To protect against capillary moisture in the place of contact with concrete masonry, laid, such as waterproofing layer of gidrostekloizola bitumen mastic. When performing okleechnoy waterproofing is better to use the materials of new generation – Izoplast, izoelast, bikroplast, ekofleks etc. They are more durable, but still in need of skilled installation. For waterproofing foundation is also suitable dry mix of cement. They have several advantages. They are environmentally friendly – they can be applied not only inside the premises, but even for drinking water reservoirs. Such waterproofing materials have higher physical and mechanical properties than, for example, bitumen-based materials.
They have a high adhesion to substrate (concrete, brick, wood, metal and others). They can long withstand both static and dynamic loads. Also, cement waterproofing offers the convenience and high performance in work, as it can be applied even on wet surfaces. Powder waterproofing materials have the form of powder, which is a powder consisting of high-strength cement additives and special binders. When mixed with water quickly harden the composition, which allows sealing joints, various cracks and holes, restore the plaster layer and prevent the entry of water through the foundation. In recent years, often penetrating waterproofing technology is used, based on property on its own, will fill all the gaps, forming crystals in them. Components of the material when applied to the concrete surface, penetrate into the concrete in its pores and capillary tracts, even against high hydrostatic pressure. As a result, the active chemical reaction between the components of the material and components of the concrete form crystalline structure, its composition similar to the concrete, which penetrate deeply into the material. Click Donald W Slager for additional related pages. These formations penetrating waterproofing, densely filling all pores and microvoids, compacted concrete structure, thus ensuring the reliability of water resistance.