ITINERO

Solid and long-lasting, our products have remarkable intrinsic flame-retardant and fire-resistant properties. They also have exceptional acoustic performance.

Branch Single 45° - DN200 X 200 - ITINERO
Branch Single 45° - DN200 X 125 - ITINERO
Branch Single 45° - DN250 X 200 - ITINERO
Branch Single 45° - DN250 X 100 - ITINERO
Branch Single 45° - DN250 X 125 - ITINERO
Branch Single 45° - DN250 X 250 - ITINERO
Branch Single 45° - DN250 X 150 - ITINERO
Branch Single 45° - DN300 X 100 - ITINERO
Branch Single 45° - DN300 X 250 - ITINERO

ITINERO® – Cast-Iron Drainage for Bridges and Critical Infrastructure

ITINERO® cast-iron drainage systems deliver mechanical strength, watertightness, and long-term reliability for bridges, viaducts, and exposed infrastructure.

ITINERO® is a cast-iron drainage solution designed for critical infrastructure such as bridges, viaducts, and exposed structures. The system is engineered for high mechanical resistance and reliable watertight performance under vibration, traffic loads, thermal variations, and mechanical impacts.

Engineered supports and restrained joint systems help control movement, protect structural integrity, and reduce maintenance interventions over the service life of the installation.

Mechanical Strength and Watertight Performance

The cast-iron structure ensures stability under heavy loads and vibration exposure while maintaining hydraulic performance and preventing leakage risks.

Fire Safety and Acoustic Performance

The system provides inherent fire resistance and contributes to noise reduction in urban and exposed infrastructure environments.

Reduced Maintenance and Long-Term Reliability

Robust construction combined with restrained joint technology helps extend maintenance intervals and supports long service life performance.

FAQ

Why choose ITINERO® for bridges and viaducts?

The system provides mechanical strength, watertight performance, and durability under heavy loads and vibration exposure.

Is maintenance frequent in exposed conditions?

No, the robust design and restrained joint technology reduce maintenance requirements and extend service intervals.