Corrosion occurs when metal surfaces wear away due to oxidation or environmental factors. Corrosion, particularly in the reinforcing steel of reinforced concrete structures, can seriously weaken the structure's durability. Metals interact with environmental factors, damaging them and threatening the safety of structures. Preventing corrosion is critical for extending the life of your structures and reducing maintenance costs.

Causes and Accelerating Factors of Corrosion

Corrosion begins when metal interacts with environmental factors and becomes damaged. Reinforcement corrosion can develop rapidly, especially in areas with high humidity and salt content, such as marine environments. In this case, as corrosion progresses, it causes the steel reinforcement to rust , eventually weakening the structure. In reinforced concrete structures, reinforcement begins to corrode under the influence of environmental factors (especially chlorides). Factors that accelerate the corrosion process include environmental influences, high temperatures, metals under pressure, galvanic interactions, and the chemical composition of electrolytes.

Corrosion Preventive Chemicals and Coating Solutions

Corrosion inhibitor chemicals and corrosion coating products offer effective solutions for preventing the effects of corrosion and protecting metal surfaces. These methods ensure the longevity of structures and reduce maintenance costs.

1. Barrier Protection: Corrosion-inhibiting coatings minimize the risk of corrosion by keeping moisture, oxygen, and other harmful chemicals away from metal surfaces. These coatings prevent the onset of corrosion by forming a durable barrier on metal surfaces.

2. Inhibitors: These are special chemicals that prevent corrosive reactions on metal surfaces. They dissolve slowly and stop corrosion.

3. Cathodic Protection: Corrosion is prevented by turning all or part of the metal surface into cathodes. It is particularly effective for reinforced concrete structures.

What is Reinforcement Corrosion? Preventing Reinforcement Corrosion

Reinforcement corrosion typically occurs in steel reinforcement within reinforced concrete structures. Chloride in the concrete causes the reinforcement to rust , compromising the integrity of the structure. Repair of reinforcement corrosion can be achieved by passivating or replacing the rusted reinforcement. Rust removal products can be used for such repairs.

Rust Remover and Corrosion Coating Application Areas

Rust removal products remove rust from metal surfaces, preparing them for painting and coating. Chemical rust removers dissolve rust, neutralizing the corrosive effects on the surface and creating a suitable base for subsequent coatings. Corrosion coatings can also be used on metal surfaces such as steel, aluminum, copper, and bronze.

BAUTERA Corrosion Protection Products effectively clean and prevent rust. Silane-based products, such as RESTORA STEEL RUST FIX , neutralize the effects of corrosion by acting on steel reinforcement.

Advantages of Corrosion Protection Products

Corrosion prevention products provide long-term protection for both interior and exterior applications. Products such as Rust Guard and Flexo Metal are resistant to UV rays, salt water, atmospheric chemicals, and environmental influences. They are water-based, environmentally friendly, and safe.

Flexible coatings like Flexo Metal protect metal surfaces against corrosion while also providing waterproofing. They are particularly effective on older and corroded structures. Rust Guard , on the other hand, can be applied directly to rusted metal surfaces and provides high corrosion resistance.

Choosing the right product to eliminate the effects of corrosion and protect your structures will be the most beneficial solution both economically and structurally.