Super-Span and Super-Plate

SUPER-SPAN structures utilize MULTI-PLATE plates and special features that allow for a large family of shapes. With spans up to 50 feet, SUPER-SPAN structures are some of the most widely accepted long-span, corrugated steel bridge structures in the world.

Large Span & Flexible Design


MULTI-PLATE structures, consisting of field bolted galvanized steel plates, have a long history of strength, durability and economy.

The structures offer high combined live and dead load and are well-suited for deep cover applications.

Fast, Easy, Low-Cost Installation with Proven Durability

Your Local Sales Reps



Cathy Lane

Western Loudoun, Clarke, Warren, Frederick County in Va, West Virginia, Western Maryland, Fredericksburg and Charlottesville




Kevin Athey

Richmond and surrounding areas.




Clayton Jewell

Northern Virginia


Email Clayton



Sean Keelan

Carroll, Howard, Frederick, Montgomery, Prince Georges Co in Maryland and DC


Aluminum Box Culvert

Aluminum Box Culverts are a practical and cost-effective solution for small bridge replacement.

The wide-span, low-rise shapes are lightweight as well a fast and easy to install. Spans to 35 feet.

Practical, Cost-Effective Solution for Small Bridge Replacement

Aluminum Structural Plate

Aluminum Structural Plate provides all the advantages of steel MULTI-PLATE and its light weight adds to the ease of installation compared to the other structures.

It weighs 1/50 as much as reinforced concrete pipe, reducing assembly and equipment costs and allowing for easy handling of long preassembled structures.

Lightweight for Easy Installation

CON/SPAN Bridge Systems

CON/SPAN’s innovative, economical design stands apart from any other system.

Its distinctive arch action utilizes fast, set-in place construction; and your design and installation is backed by extensive technical support.

Accelerated Bridge Construction World Leading Precast Modular Bridge

BEBO Bridge

The BEBO Concrete Arch System is a combination of cast-in-place concrete footings, precast arch element, headwalls, and wingwalls.

The system uses the fundamentals of soil-structure interaction to achieve superior strength and stability. The results are the largest precast arch spans in the world.

Aesthetic Appeal with Strength and Support