The role of isogam in the building industry
The primary layer and the isogam membrane are waterproof and this layer is made of waterproof plastic and rubber. It is important to mention that every material or material used in the construction of Isogam is chosen in a way that is waterproof and can prevent moisture from reaching the foundation of the building. In general, it can be said that polymer bitumen is the main member of Isogam, and its other ingredients include plastic materials, polymer materials, and tissue.
What is moisture insulation?
As you know, preventing the penetration of moisture into the building and building has always been an important and necessary thing and has caused the increase in the use of isogam in building construction; By nature, different spaces are exposed to moisture and in order to prevent moisture penetration in each of those spaces, a special type of moisture insulation is needed. Types of waterproofing include:
🔰 Cement waterproofing
🔰 Polymer waterproofing
🔰 Waterproofing made on the basis of bitumen
🔰 Nano waterproofing
The types of industries and the use of isogam in their
As mentioned in the above lines, Izogam is very widely used in construction, but its application is not limited to this case and it is effective in other industries as well. As you know, the main task of isogam is to prevent the penetration of moisture; This feature is useful for use in marine structures and water industries. Among other uses of Izogam, we can refer to the insulation of paper packaging, cosmetics manufacturing industries, water structures, dams, tunnels, bridges, liquid tanks, etc.
Observing what will extend the life of the isogams?
In the previous parts, we mentioned the costs of replacing and removing isogams, now in this part, we are going to tell you some tips that by following them, you can increase the useful life of your isogams and save money. Avoid extras, stay with us. First of all, it should be noted that each type of isogam has a different lifespan and it cannot be said that all of them last up to a certain year. For the roofs of buildings, because they are exposed to sunlight every day, they will have a shorter life and their quality will decrease. In general, it can be said that weather conditions have a direct effect on the life of isogams. In the following, we will examine the characteristics that each type of isogam should have in construction.
🔰 Complete protection of the foundation of the building
🔰 Protection of the outer walls to prevent moisture absorption into them
🔰 Protection of the walls to prevent the growth of bacteria
🔰 Protection of the entire roof and not Water penetration into it