Seamless insulation systems

The correct implementation of the insulation system is based on several simple but very important rules.

Important to know:

• The adhesive solution reinforced with fiberglass must have a sufficiently high resistance to mechanical damage;
• At a height of 2 m above the ground, as well as in areas with an increased risk of mechanical damage, it is recommended to use a reinforced layer;
• It is recommended to provide additional protection of the facade using silicone paint with a high content of organic compounds, good wear resistance and reduced water absorption;
• Correct installation of thermal insulation panels, especially in areas exposed to mechanical damage, prevents the formation of cracks in the facade;
• The resistance to mechanical damage of the thermal insulation system largely depends on the base layer. The reinforcement mesh must be fully integrated into the solution, approximately in the middle of the layer. Protrusion of the reinforcement mesh leads to weakening of the thermal insulation material and has a negative impact on the stability of the plaster

Strength

The choice of facade color is a very important issue, especially when considered in the long-term perspective. The stability of the facade largely depends on the absorption of UV radiation by the walls. When choosing a color palette for the exterior of the house, remember that different colors attract sunlight differently. In addition, it is worth checking whether facade paints and plasters contain active bio-substances. Do not forget about systematic care for the cleanliness of the facades - remove dust, soot, moss and lichen from the surface of the walls.

Keep in mind that one of the main functions of plaster is to protect the thermal insulation system from the destructive effects of environmental factors. Even minor damage to the plaster can significantly weaken the thermal insulation system, which will "start" the process of its destruction. Plaster must be resistant to negative external factors such as temperature changes, humidity, wind, solar radiation and atmospheric pollution. Temperature changes can deform the facade, and changes in humidity have a similar effect. The consequences of drying out damp walls lead to weight loss and a decrease in the strength of the plaster.

An extremely important aspect is the principles of applying paint and plaster. Compliance with the recommendations contained in the technical documentation and the implementation of the appropriate proportions of all mixtures guarantees the durability and reliability of the entire thermal insulation facade system.