mastaWALL® MSE System

These historically-proven, cost-effective systems are easy to install using local equipment and crews. They adapt well to curves, angles and steps and can reach heights of over
30m (100’).

Able to handle the most extreme surcharge loads, their core strength is in their heavy-duty, interlocking soil reinforcement mats made from high-quality, welded, galvanised steel.

Description

Save time. Save money. Specify a fast, economical MSE Retaining Wall System for your next engineered embankment project.

These historically-proven, cost-effective systems are easy to install using local equipment and crews. They adapt well to curves, angles and steps and can reach heights of over 30m (100’). Able to handle the most extreme surcharge loads, their core strength is in their heavy-duty, interlocking soil reinforcement mats made from high-quality, welded, galvanised steel.

From natural rock or vegetated faces, to custom precast panel designs, MSE Wall Systems are available with many types of finish options. Look into MSE Retaining Wall System from AIL and see how well quality and value are stacked in your favour.

MSE Retaining Wall Systems provide fast, flexible embankment protection for a wide variety of infrastructure applications.

Ideal for:

  • Bridge abutments, crusher walls, grade separations, headwalls, steepened slopes
  • Highway, commercial, mining and industrial applications
  • Both urban and rural settings
  • Temporary or permanent applications up to 100+ years
  • Easily adapt to:

  • Install with minimal site preparation and work area
  • Complex sites and native soil conditions
  • Curves, angles, steps, culverts, piles and other site anomalies
  • Suit any type of application with a variety of finishes
  • Strong enough to:

  • Reach heights of over 30m (100’)
  • Support substantial static and dynamic loads
  • Resist seismic activity shock
  • Stabilise unpredictable landscapes
  • Deliver extended design service life expectancies
  • For more information and pricing, please contact our friendly team on 1300 287 484

    Specifications

    Applications

  • Bridge abutments
  • Crusher walls
  • Grade separations
  • Steepened slopes
  • Resources

    Latest Catalogue

    Download

    Description

    Save time. Save money. Specify a fast, economical MSE Retaining Wall System for your next engineered embankment project.

    These historically-proven, cost-effective systems are easy to install using local equipment and crews. They adapt well to curves, angles and steps and can reach heights of over 30m (100’). Able to handle the most extreme surcharge loads, their core strength is in their heavy-duty, interlocking soil reinforcement mats made from high-quality, welded, galvanised steel.

    From natural rock or vegetated faces, to custom precast panel designs, MSE Wall Systems are available with many types of finish options. Look into MSE Retaining Wall System from AIL and see how well quality and value are stacked in your favour.

    MSE Retaining Wall Systems provide fast, flexible embankment protection for a wide variety of infrastructure applications.

    Ideal for:

  • Bridge abutments, crusher walls, grade separations, headwalls, steepened slopes
  • Highway, commercial, mining and industrial applications
  • Both urban and rural settings
  • Temporary or permanent applications up to 100+ years
  • Easily adapt to:

  • Install with minimal site preparation and work area
  • Complex sites and native soil conditions
  • Curves, angles, steps, culverts, piles and other site anomalies
  • Suit any type of application with a variety of finishes
  • Strong enough to:

  • Reach heights of over 30m (100’)
  • Support substantial static and dynamic loads
  • Resist seismic activity shock
  • Stabilise unpredictable landscapes
  • Deliver extended design service life expectancies
  • 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.

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