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The general material used in swimming pool construction is reinforced with internal or negative side waterproofing. When designing a waterproofing system suitable for pool insulation, attention must be paid to both the water inlet and the water outlet. A waterproofing designer should consider several factors such as the degree and size of the concrete structure. Are soil held at all heights, what are the finished surfaces intended to be applied on waterproofing and directly exposed to UV rays?

Another major concern, especially with regard to thinner concrete elevations or sections; it is the flexion of the pool shell when it is filled and emptied. Maintenance, cleaning, replacement, etc. of defective tiles. frequent filling and draining may be required. These stretching / pulling bending events can lead to the failure of the liquid after application or the creation of types of waterproofing, which is always the best advice to empty and replenish pools. One way to significantly reduce this particular risk is against both water and any material. Although it has the required resistance, it is the determination of a fully bonded, elastomeric waterproofing type that will be applied directly to the surfaces, which has the ability to withstand cracking.

In the case of the use of a harder machining type system, it will naturally increase the risk due to the more likely to break away from a structure on the stretch and thus lead to waterproofing failures.

Pool Waterproofing Materials

There are many systems for waterproof pools, which can be divided into liquid systems and laminate systems. These waterproofing systems are applied to the ponds in a liquid state, thus ensuring full adhesion to the support. Certain types, such as polyurethane elastomers, have a certain degree of elasticity that can absorb movements and cracks without breaks. Polyurethane elastomers can be adapted to any surface and design by dissolving individual points. The main advantage of polyurethane elastomer is that it forms a continuous membrane without joints and adheres to the support. Continuous waterproofing without joints or welds and full adhesion to the support reduce the possibility of leakage. This feature allows leakages to be detected, because water cannot circulate under waterproofing because it adheres to the support.