In spite of the durability and reliability of new structural elements, including steel, concrete, masonry, and metal, corrosion occurs when directly exposed to weather conditions and chemicals over time. Consequently, it is essential to apply appropriate anticorrosion coatings, clean such elements regularly, and restore them in order to create an adequate barrier around such elements.
Corrosion is a wellknown degradative process of metal that occurs in the presence of oxidizing agents. In r esidential buildings, it is a serious and irreversible problem, especially when reinforcing rods are damaged. Rust occurs when oxidation occurs under certain weather and chemical conditions, increasing the volume of the concrete and causing cracks to form.
In recent years, anti-corrosion treatments have evolved rapidly, making it possible for various leading-edge and innovative products to be made available. Since metals, such as steel bars and cages, are widely used in construction, such anti-corrosion treatments are essential.
A thorough inspection is performed by our experts according to the requirements of our clients and the nature and extent of corrosion-related damage. The corrosion status will be accurately assessed, the best anticorrosion treatment will be selected, the associated costs calculated, the work plan timeline determined, and the intervention will be carried out efficiently.
2.1. Implementation of anti-corrosion treatment
Operators and technicians at Edil Technology, mounted on double/half rope safety techniques, have successfully carried out anti-corrosion treatments for many years. Our operators can perform immediate, quick, and affordable interventions with the double/half rope safety technique by avoiding the delays and extra costs associated with scaffold assembly as well as creating a visually comforting work environment due to the absence of bulk scaffolding.
A step-by-step guide to anti-corrosion treatment
2.1.1. Preliminary Cleaning:
Identify and clean any corroded structural components (rusty metal elements or broken concrete or masonry).
2.1.2. Deep Cleaning:
Using powerful brushes, sandpaper, and sandplasting, remove greasy substances from the perimeter of corrosion-damaged elements.
2.1.3. Pilot Treatment:
Test the effectiveness of the chosen anti-corrosion coating on a small pilot area.
2.1.4. Full Treatment:
Ensure that the entire corroded area is treated with anti-corrosion treatment.