PLATE GIRDER® Self-Spanning

PLATE GIRDER Self-Spanning
  • Lifting Eyes

    Lifting Eyes bolt directly onto the form and allow cycling of equipment by crane.

  • Hinged Soffot

    For the soffit of a bridge cap, consider EFCO’s hinged soffits.

  • Corner Bearing Blocks

    The corner bearing block bolting connection, along with holes in all four of a panel’s flanges, work to deliver both a shear and tensile strength in every flange connection.

  • Double Bolt Thru Tubes

    Double Bolt-Thru Tubes work in conjunction with six different support brackets: SB-1, SB-2, SB-3, SB-4, SB-12 and SB-250. They come in diameters of 1 1/2" and 2"; and come in various lengths to match job requirements. Bolt-Thru Tubes will come with Caps on.

  • Support Brackets

    Support brackets are used to support heavy equipment loads.

  • Scaffolding

    A safe temporary platform for workers and their supplies to use while they are working.

  • Telescoping Push-Pull Pipe Brace

    The EFCO Telescoping Push-Pull Pipe Brace allows easy alignment and plumbing of the form set-up. The EFCO Pipe Brace Shoe is used to securely hold the set-up down and is designed to give easy access to the anchoring bolt.

Self-Spanning Concrete Formwork

EFCO’s experience, engineering, and forming technology have developed the PLATE GIRDER®forming system. This is with many of your forming needs in mind, including bridges, stadiums, marine work, and power plants, together with wall forming and elevator and shaft forming for high-rise construction. The system is here to deliver the best value and lowest in-place concrete costs. The PLATE GIRDER forming system will meet your needs for strong, durable, and yet versatile concrete forming. The form panels of the EFCO PLATE GIRDER forming system work in a similar manner to a girder but with four important additional features for forming concrete. The heavy gauge EFCO steel web does double duty, acting also as the form face sheet.

Large Gang Walls

The EFCO corner bearing block in the PLATE GIRDER® form insures the transfer of the flange forces between the individual modular forms. This provides EFCO’s PLATE GIRDER forming system with its unique self-spanning characteristics which enable the contractor to pour aerial concrete without expensive and time-consuming inter-span shoring.

FEATURES AND BENEFITS

  • Modular
  • All-steel face sheet provides consistent finish
  • Self-spanning
  • Fewer ties mean increased productivity
  • Large panels and picks
  • Rugged taper ties

Project Photos

Formwork can refer to an engineered system that is used to efficiently form and support poured concrete.

Engineered formwork systems consist of prefabricated steel panels. The advantage of using these systems are to increase the speed of construction, increased durability and longevity, and the ability to span formwork across supports. EFCO provides a wide variety of products including HAND-E-FORM, EFCO LITE, PLATE GIRDER, and SUPER PLATE GIRDER. For more information on what system would best fit your applications, please contact us.

All-steel ribs of the PLATE GIRDER® system form panels serve not only as web stiffeners but also as beams to transfer the horizontal pressures of the liquid concrete from the form face plate to the form panel top and bottom flanges. 

The PLATE GIRDER forming system comes in modular lengths and widths that can easily be connected giving flexibility for changing job conditions. 

Concrete form pressure is determined based on the height of concrete being placed. The height of concrete times the density of concrete will determine the pressure exerted on the forms at a given depth. EFCO forms, such as PLATE GIRDER, are rated for a maximum allowable pressure to be exerted from the concrete. As concrete transitions from a flowable liquid mix to a solid, the concrete will no longer continue to build pressure with depth. Monitoring this transition point is important to ensure the allowable pressure on the forms isn’t exceeded. For more information, see “A Practical Guide to Concrete Pressure & Formwork