Ticino Bridge
Vigevano, Pavia, Italy
FES has carried out a complete anti-corrosion coating project on the steel Ticino Bridge, located between Vigevano (Pavia province) and Abbiategrasso (Milan province) in Italy. The aim of the intervention was to ensure long-term protection of the four steel arches, safeguarding the bridge from atmospheric exposure and corrosion.
A team of six skilled operatives managed the works, starting with the central span and Vigevano-side arch, before progressing to the Abbiategrasso-side arch.
Project phases
1. Surface preparation
The intervention began with light sandblasting of the steel surfaces, essential for:
Removing dirt, oxidation, and contaminants
Preparing the surface for primer application
Ensuring optimal adhesion of the final coating
This step created a uniform, clean surface ready for the advanced anti-corrosion protection cycle.
2. Surface-tolerant epoxy primer
A surface-tolerant epoxy primer was applied, ensuring excellent adhesion and forming a solid base for the finishing coat. This primer is specifically designed for steel structures in highly corrosive environments, providing long-lasting protection.
3. Final coating: pure fluorocarbon enamel
The project concluded with the application of a pure fluorocarbon enamel with a glossy finish, selected for its advanced technical features:
Fast drying: reducing site times and ensuring safe completion of the cycle
High resistance to light and weathering: maintaining gloss and colour over time
Outstanding corrosion protection: safeguarding steel in harsh environments
Simplified maintenance: future interventions possible with simple sanding
This coating delivers optimal performance for advanced anti-corrosion cycles on steel bridges, combining aesthetic quality with durability.
Our services
Mechanical cleaning of surfaces using compressed-air abrasives to remove rust, scale, old paint, and impurities, creating a rough profile optimal for coating adhesion.
Applied treatments prevent material degradation caused by chemical and atmospheric agents. These protective coatings extend the life and functionality of steel surfaces, forming a barrier against oxidation and aggressive substances.
