The first step in our cleaning process involves thorough degreasing of the metal surface to eliminate any traces of oil, grease, or contaminants. This crucial step ensures a clean substrate for the subsequent stages of the coating process.

Following degreasing, the metal surface undergoes an initial water rinse to remove any residual degreasing agents and impurities, preparing it for further treatment.

In this stage, any rust or corrosion present on the metal surface is effectively removed through specialized derusting techniques. This step restores the surface to its pristine condition, ready for coating.

After derusting, the metal surface undergoes a second water rinse to eliminate any remaining debris or particles, ensuring a clean and smooth substrate for the subsequent coating layers.

The surface activation process involves chemically treating the metal surface to enhance its adhesion properties and promote bonding with the coating material. This critical step prepares the surface for optimal coating adhesion and durability.

A zinc phosphating solution is applied to the metal surface, forming a thin, protective layer that enhances corrosion resistance and promotes better adhesion of the final coating.

The final stage of our cleaning process involves passivation, where a protective layer is applied to the metal surface to further enhance its resistance to corrosion and environmental damage. This ensures long-lasting protection and durability of the coated surface