STEEL BRIDGES

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Strength of Steel : Corrugated steel systems have the advantage of the great strength of steel and the durability of coatings to provide the most efficient product. A variety of corrugation profiles can provide extreme fill heights, low minimum cover and spans over 50 feet.

Low Cost and Speed of Installation: Corrugated bridges generally provide a low installed cost compared to other options, often less than half the cost of a typical bridge. This benefit is increased when you consider the fast installation times. Structures are installed in days and often without disruption.

Minimal Maintenance: Corrugated Steel bridge systems require significantly less maintenance. While periodic inspection may be required, there are no expensive bridge decks or bridge approaches to maintain.

Durability of Coatings and Service Life: Corrugated Steel bridges are available in a variety of coatings meeting nearly any service life requirement up to 100+ years. Galvanized, aluminized and polymer-coated CSP are just a few of the coating options.

Environmental Benefits: Habitat protection and environmental enhancements are major benefits of using long span structures. Habitats are preserved by spanning the riparian zones and preserving or creating a natural streambed. Simply burying the invert can also provide an effective and economical biological enhancement. Additionally, fish passage enhancements can be incorporated in the structure.

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Technology used for construction of soil-steel bridges made of corrugated steel plates consists in close interaction of steel shell with surrounding soil and using the effect of arching. The aim of corrugation is to increase stiffness of the system structure and to cause interaction of the shell with backfill. Technology used for construction of soil-steel bridges made of corrugated steel plates consists in close interaction of steel shell with surrounding soil and using the effect of arching. The aim of corrugation is to increase stiffness of the system structure and to cause interaction of the shell with backfill.

soil-steel bridges made of corrugated steel plates consists in close interaction of steel shell with surrounding soil and using the effect of arching. The aim of corrugation is to increase stiffness of the system structure and to cause interaction of the shell with backfill.Technology used for construction of soil-steel bridges made of corrugated steel plates consists in close interaction of steel shell with surrounding soil and using the effect of arching. The aim of corrugation is to increase stiffness of the system structure and to cause interaction of the shell with backfill.

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