Bolt-A-Plate®

Bolt-A-Plate® corrugated steel pipe is rapidly becoming the product of choice for high strength, economical, bridge and underpass construction.

Recommended for mining and rural environments, maintaining natural streambeds to counter erosion. Bolt-A-Plate® structures are effective, durable and economical alternatives to elaborate bridge replacement.

Description

High Profile arches are engineered to maintain a natural waterway and allow for an abrasive bedload. Additionally, these arches are ideal for projects that include large end areas or large spans. The high profile arch is also used for highway grade separations.

Clearance Box sizes are available from your local ACP representative.

Standard and Low Profile arches anchored on footings are ideal for installations where there is limited headroom and low height of cover restrictions. They are especially useful in sites where it is desirable to maintain natural stream beds and are widely used for stream enclosures, culverts and storm sewers.

Pear Shape is generally used for railway tunnels and underpasses. With proper end treatment, Bolt-A-Plate®provides access and protects the environment from erosion problems.

Round Pipe is the most common and versatile of the Bolt-A-Plate® shapes. This shape is used primarily for culverts, sewers and sub-drains, but is also appropriate for storage bins, tunnels and bridges.

Pipe-Arch is ideal for bridges and underpasses with limited overhead clearance. Pipe-arch’s unique shape provides hydraulic advantages at low flow rates for culverts and sewers.

Elliptical shapes are commonly used for underpasses and service tunnels. The horizontal ellipse is better suited for multi-lane, vehicular underpasses, while the vertical ellipse shape is more appropriate for single lane vehicular and railway underpasses.

Bolt-A-Plate® provides overhead protection from falling rock and mudslides and blends in with the structures’ natural surroundings.

Technical draing
Corrugation Profile: 152 mm x 51 mm | Corrugation Radius (CR):28.58 mm

Specifications

Applications

  • Underpasses
  • Culverts
  • Stream enclosures
  • Fishways
  • Bridge replacement
  • Utilidors

Resources

Product Spec Sheet

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Latest Catalogue

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Description

High Profile arches are engineered to maintain a natural waterway and allow for an abrasive bedload. Additionally, these arches are ideal for projects that include large end areas or large spans. The high profile arch is also used for highway grade separations.

Clearance Box sizes are available from your local ACP representative.

Standard and Low Profile arches anchored on footings are ideal for installations where there is limited headroom and low height of cover restrictions. They are especially useful in sites where it is desirable to maintain natural stream beds and are widely used for stream enclosures, culverts and storm sewers.

Pear Shape is generally used for railway tunnels and underpasses. With proper end treatment, Bolt-A-Plate®provides access and protects the environment from erosion problems.

Round Pipe is the most common and versatile of the Bolt-A-Plate® shapes. This shape is used primarily for culverts, sewers and sub-drains, but is also appropriate for storage bins, tunnels and bridges.

Pipe-Arch is ideal for bridges and underpasses with limited overhead clearance. Pipe-arch’s unique shape provides hydraulic advantages at low flow rates for culverts and sewers.

Elliptical shapes are commonly used for underpasses and service tunnels. The horizontal ellipse is better suited for multi-lane, vehicular underpasses, while the vertical ellipse shape is more appropriate for single lane vehicular and railway underpasses.

Bolt-A-Plate® provides overhead protection from falling rock and mudslides and blends in with the structures’ natural surroundings.

Technical draing
Corrugation Profile: 152 mm x 51 mm | Corrugation Radius (CR):28.58 mm

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Applications

Raymond Chow has been involved with the geosynthetics industry for over 15 years. Graduating with a First Class Honours degree in Civil Engineering at the University of Sydney, Raymond specializes in retaining wall designs, soft ground improvement, channel and slope protection, and on-site storm water management.

Raymond has been on various technical committees addressing geosynthetics, including testing, specification and durability issues.

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