How to slow down corrosion with coatings?
Corrosion is a persistent challenge across various industries, compromising the integrity of structures and materials. An effective strategy to mitigate this issue involves the application of advanced coatings, which provide robust protection against different corrosive mechanisms.
Barrier protection is one of the primary methods to decelerate corrosion. This technique leverages the impermeability of the paint film, ensuring a physical barrier that prevents moisture and contaminants from reaching the substrate. Key factors contributing to effective barrier protection include:
The structure of lamellar micaceous iron oxides significantly contributes to the coating's impermeability.
Sacrificial protection is another key strategy, involving the addition of a more reactive metal that will corrode instead of the base metal. A prime example of this approach is the application of Zinc Rich Coatings, which contain zinc dust. Here, zinc acts as the sacrificial anode, surrendering to corrosion to protect the underlying steel.
Zinc Rich Coatings showcased on industrial steel structures.
Inhibitive protection aims to slow down the oxidation-reduction reactions that lead to corrosion. This method often uses pigments such as zinc-based or zinc-free varieties, including:
Inhibitive pigments like NUBIROX® and SHIELDEX® enhance coating performance in various conditions.
Keyser & Mackay France proudly distributes the aforementioned advanced products that are essential in combating corrosion effectively. By leveraging barrier, sacrificial, and inhibitive protection techniques, businesses can significantly extend the lifespan of their assets. For more information on selecting the right corrosion protection strategy for your facility, contact our experts today.
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