Pvc door and window systems, one of the issues that are concerned about the occurrence of humidity and humidity is the situation. Products such as aluminum and wood, which are used for door and window systems, are known to be more advantageous at the point of take-off. Systems produced from such materials have a gap between the window or door and the enclosures in which they are fixed. This gap creates a disadvantage at the point of isolation, but also allows the indoor environment to breathe.
Silicone gaskets used in PVC systems prevent the gap between windows and doors and casings. The absence of air through the space can cause humidification of the environment, especially in winter. It is one of the situations where moisture can be seen in the inner parts as a result of being cold and hot inside. This can lead to the appearance of moisture in the building elements. Especially in stove houses this situation is a common situation. However, some measures can be taken against the moisture and humidity that are likely to occur in the structures where pvc systems are used.
The easiest solution to prevent possible moisture problems in buildings using PVC door and window systems is the ventilation of the environment. It is possible to maintain the temperature balance by ventilating the humid environment with certain intervals. In this way, moisture can be prevented in places such as walls and ceilings. A simple method of supplying clean air can reduce the humidity of the environment. Especially for very hot and humid environments such as baths, systems that provide continuous air circulation can be installed. Pvc window and door systems to be placed with a fan inside the damp and warm air can be thrown out.
With the electric fan system, less humid air will be found inside and will not create moisture in the environment. This also applies to kitchen areas. Because of cooking in the kitchen, a continuous warm environment may occur. Aspirator systems can be used in order not to create a hot environment and to increase the humidity.