Dur•A•Span™ Aluminum

Lightweight, strong and corrosion/abrasion resistant, Dur•A•Span Aluminum Structural Plate has been going the distance in over 1,000 structures worldwide for many years – beating the usual heavyweight contenders, like precast concrete, on overall performance and cost. And now, thanks to its innovative reinforcing rib technology, Dur•A•Span can go even farther (and wider) to outperform all challengers.

Description

Lightweight, strong and corrosion/abrasion resistant, Dur•A•Span Aluminum Structural Plate has been going the distance in over 1,000 structures worldwide for many years – beating the usual heavyweight contenders, like precast concrete, on overall performance and cost. And now, thanks to its innovative reinforcing rib technology, Dur•A•Span can go even farther (and wider) to outperform all challengers. The proven strength, economy and longevity of Dur•A•Span is ideal for coastal or remote areas in:

  • Stream and river crossings
  • Culverts and storm drains
  • Conveyor or utility line covers
  • Road salt or other storage structures
  • FEATURES AND BENEFITS

    Corrosion/Abrasion Resistant
    Aluminum is well-known for its longer design service life. Proven over many years of wet/dry corrosion/abrasion cycles, its tough, self-healing, oxide surface film reforms immediately if mechanically damaged or corroded in an aggressive environment like salt water.

    Lightweight
    Dur•A•Span is only 1/50 the weight of reinforced concrete pipe, so it ships for less and installs faster – especially in remote areas. Individual plates and ribs can usually be handled by
    one worker and bundles can be moved by light-duty lifts.

    Easy to Install
    Many lightweight Dur•A•Span structures can be shipped assembled to provide obvious installation savings in time and money. If delivered unassembled, the nested components can be made in large sections with up to three different radii in the same plate, reducing the number of joints and assembly time.

    Strong
    Dur•A•Span is made from the strongest non-heat treatable alloy in common use – alloy 5052. Additional hardware made from alloys 6061 and 6063 also have a proven history of excellent corrosion resistance even in salt-water environments. Their principle magnesium and chromium alloying elements offer high ultimate and yield strengths to create structures that meet AASHTO and CHBDC design requirements.

    Design
    Dur•A•Span corrugation pattern of 230 mm by 64 mm incorporates design theories confirmed by exhaustive field tests. The result is a more efficient and economical structure with a higher section modulus and moment of inertia to increase strength and stiffness. The 19 mm steel assembly bolts are hot dip galvanized and specially heat treated to meet ASTM A449 specifications. Aluminum assembly bolts (Grade 6081-T6) are also available.

    End Treatments
    Standard end finishes for Dur•A•Span include square ends, step bevels, skews, partial bevels, and skew bevels. Integrated headwall and wingwall solutions are also available.

    For more information and pricing, please contact our friendly team on 1300 287 484

    Specifications

    Applications

    • Stream and river crossings
    • Culverts and storm drains
    • Conveyor or utility line covers
    • Road salt or other storage structures

    Resources

    Latest Catalogue

    Download

    Description

    Lightweight, strong and corrosion/abrasion resistant, Dur•A•Span Aluminum Structural Plate has been going the distance in over 1,000 structures worldwide for many years – beating the usual heavyweight contenders, like precast concrete, on overall performance and cost. And now, thanks to its innovative reinforcing rib technology, Dur•A•Span can go even farther (and wider) to outperform all challengers. The proven strength, economy and longevity of Dur•A•Span is ideal for coastal or remote areas in:

  • Stream and river crossings
  • Culverts and storm drains
  • Conveyor or utility line covers
  • Road salt or other storage structures
  • FEATURES AND BENEFITS

    Corrosion/Abrasion Resistant
    Aluminum is well-known for its longer design service life. Proven over many years of wet/dry corrosion/abrasion cycles, its tough, self-healing, oxide surface film reforms immediately if mechanically damaged or corroded in an aggressive environment like salt water.

    Lightweight
    Dur•A•Span is only 1/50 the weight of reinforced concrete pipe, so it ships for less and installs faster – especially in remote areas. Individual plates and ribs can usually be handled by
    one worker and bundles can be moved by light-duty lifts.

    Easy to Install
    Many lightweight Dur•A•Span structures can be shipped assembled to provide obvious installation savings in time and money. If delivered unassembled, the nested components can be made in large sections with up to three different radii in the same plate, reducing the number of joints and assembly time.

    Strong
    Dur•A•Span is made from the strongest non-heat treatable alloy in common use – alloy 5052. Additional hardware made from alloys 6061 and 6063 also have a proven history of excellent corrosion resistance even in salt-water environments. Their principle magnesium and chromium alloying elements offer high ultimate and yield strengths to create structures that meet AASHTO and CHBDC design requirements.

    Design
    Dur•A•Span corrugation pattern of 230 mm by 64 mm incorporates design theories confirmed by exhaustive field tests. The result is a more efficient and economical structure with a higher section modulus and moment of inertia to increase strength and stiffness. The 19 mm steel assembly bolts are hot dip galvanized and specially heat treated to meet ASTM A449 specifications. Aluminum assembly bolts (Grade 6081-T6) are also available.

    End Treatments
    Standard end finishes for Dur•A•Span include square ends, step bevels, skews, partial bevels, and skew bevels. Integrated headwall and wingwall solutions are also available.

    For more information and pricing, please contact our friendly team on 1300 287 484

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    Meet the Team

    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.

    Join our next session by emailing us at technical@polyfabrics.com.au
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