External factors such as sea water, high humidity and polluted air accelerate corrosion in metals. Especially buildings in industrial zones and coastal cities are affected by these environmental factors.

The quality and corrosion resistance of the construction materials used greatly affect the corrosion process. The use of low-quality or inappropriate materials increases the risk of corrosion.

Failure of my structural life to take sufficient account of important factors such as drainage and ventilation can lead to puddles and moisture confinement. This leads to accelerated corrosion.

Corrosion reduces the strength and durability of metals. This leads to a weakening of the load-bearing structural elements and consequently a decrease in building safety.

Repairing damage caused by corrosion often requires high costs. In addition, the need for regular maintenance and repair increases building operating costs.

Corrosion leads to staining and deterioration on the exterior surfaces of buildings. Thus, it reduces the aesthetic value in the appearance of the building.

Paints, coatings and rust inhibitors are effective in protecting metals against corrosion. These coatings prevent corrosion by isolating metal surfaces against environmental factors.

The use of corrosion-resistant materials minimizes the risk of corrosion from the start. Materials such as stainless steel, aluminum and galvanized steel are resistant to corrosion.

Managing the risk of corrosion in buildings begins with a risk assessment. A comprehensive risk assessment should be carried out taking into account the location of the structure, the materials used, environmental conditions and structural features. This assessment forms the basis for the planning and implementation of conservation strategies.

In the construction sector, innovative solutions and materials in the fight against corrosion are constantly evolving. For example, nanotechnology-based coatings provide superior protection against corrosion by protecting the surface of metals at a microscopic level.

As a result of corrosion, the building’s structural system is so weakened that a building without waterproofing loses more than half of its carrying capacity within 10 years of construction. The only way to prevent corrosion that weakens the structural system of the building is waterproofing.

Source: Yalıtım Dergisi, 2017

Concrete is one of the most basic components of modern structures. However, its durability and longevity may vary depending on various external factors. One of these factors is water absorption capacity and corrosion. According to research, 1 cubic meter of concrete in a building absorbs an average of 2 liters of water in a year. This directly affects the internal structure and overall durability of the concrete. This loss shortens the life of the building and jeopardizes its structural safety. Waterproofing plays a critical role in extending the life of metal and concrete structural elements and maintaining structural integrity, so using a quality construction membrane is vital to minimize the risk of corrosion.

Corrosion is a process that leads to the weakening and damage of metal structures over time, but Izolteks NG200 effectively stops this process and preserves the integrity of the structures. Izolteks NG200 provides superior protection not only against water and moisture ingress, but also against corrosion. This innovative membrane ensures that building structural elements have a long life and can maintain their performance for a long time.

In addition to maintaining structural safety and aesthetic appearance, the anti-corrosion properties of Izolteks NG200 significantly reduce maintenance and repair costs. This membrane can be used safely in all industrial buildings and residences.