"DURA-GUARD GABIONS LAST A LIFETIME IN SALT WATER"

GABION SUPPLY IS THE EXCLUSIVE U.S. SUPPLIER OF DURA-GUARD™ MARINE GABION BASKETS AND GABION MATTRESSES 

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PRE-ASSEMBLED DURA-GUARD TM GABION BASKETS - STAGED & READY FOR FILLING

DURA-GUARD™ MARINE GABIONS ARE CONSTRUCTED OF  DURABLE, NON-CORROSIVE AND ENVIRONMENTALLY FRIENDLY CO-POLYMER  GEO-GRID PANELS.

DURA-GUARD II™ IS A HYBRID GABION CONSTRUCTED OF A STAINLESS STEEL CAGE LINED WITH THE SAME GEO-GRID PANELS AS OUR STANDARD DURA-GUARD™ GABIONS

GEO-GRID PANELS ARE EXTENSIVELY USED IN THE CONSTRUCTION OF RETAINING WALLS, BRIDGE ABUTMENTS, ROADWAYS AND  SOIL STABILIZATION APPLICATIONS. DURA-GUARD™ GABIONS ARE AVAILABLE IN SQUARE, RECTANGULAR, WEDGE OR BARREL SHAPED UNITS.

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EXAMPLES OF GEO-GRID MATERIALS

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A beach with many houses on the side of it
A beach with rocks and sand on it
OCEAN FRONT EROSION CONTROL - DURA-GUARDTM MATTRESSES

DURA-GUARD™ MARINE MATTRESSES are available in various styles and thicknesses to meet specific project requirements and provide a durable, non-corrosive solution to many coastal and inland waterway erosion problems.DURA-GUARD™ MARINE MATTRESSES are available in various styles and thicknesses to meet specific project requirements and provide a durable, non-corrosive solution to many coastal and inland waterway erosion problems.

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A water channel with grass growing on it.
BARREL SHAPED GABIONS "MARINE CELLS" USED IN FLOOD CONTROL PROJECTS

DURA-GUARD™ Marine Cells are circular gabions constructed of high strength co-polymer panels that can be filled with durable materials such as  rocks, broken concrete, oyster shells, etc. Lining them with geo-textile fabric or inserting bulk poly bags enables filling with sand or other fine-grained materials.These cells can be filled rapidly, thus reducing de-watering time and saving labor hours.

DURA-GUARD™ Marine Cells can dissipate wave/tidal energy, increase bearing capacity and load distribution.

Applications include: Sea walls, bulkheads (new and rebuilds), check dams, breakwater cores, jetties and dikes, foundations and containment dikes for dredge spoils or other waste materials.

DURA-GUARD™ Marine Cells feature: Durable, high strength, non-corrosive materials, UV resistant, fast filling and will last a lifetime in salt water

FEATURES:

  • IMMUNE TO SALT WATER, ACIDIC and ALKALINE ENVIRONMENTS
  •  EXCELLENT DURABILITY
  •  HIGH ABRASION RESISTANCE
  • IMMUNE TO ROT, MILDEW AND MARINE ORGANISMS
  • HIGH TENSILE STRENGTH
  • HIGH THERMAL STABILITY
  •  UV STABILIZED
  • HIGH FLEXIBILITY - CONFORMS TO IRREGULAR SURFACE CONTOURS
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TYPICAL BASKET & MATTRESS INSTALLATION
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DURA-GUARD™  gabions are relatively low in cost and due to their flexible and porous construction they are able to absorb wave and wind energy, thereby reducing the scour problems associated with rigid sea defenses such as concrete seawalls.

DURA-GUARD™ gabions can be placed as sloping “mattresses” or as as a base for near vertical walls constructed of stacked courses of gabion baskets.

DURA-GUARD™ marine gabions are durable and more economical than type 316L stainless steel. They are resistant to salt water corrosion and all naturally occurring forms of chemical, biological and environmental degradation.

Typical Applications:

● Coastal Erosion Control Projects
● Shore Protection and Sediment De-Watering
● Channel Linings
● Check Dams  
● Bridge Scour Protection
● Breakwater Foundations or Cores for Breakwaters
● Causeways, Levees, Dikes and Bridge Approach Projects
● Bio-Swale Runoff Filters and Sediment Collectors
● Situ Capping of Contaminated Sediments
● High-Strength Reefs and Fills Constructed in Submerged Conditions

PERFORMANCE:
DURA-GUARD™ gabions provide increased hydraulic performance and construction advantages ... also more economical than  conventional solutions such as riprap and stainless steel.

They also conform to land contours and site configurations while resisting scour far better than ridgid systems. Because the co-polymer grids resist all naturally occurring forms of chemical, biological and environmental degradation, they are often specified for salt water, industrial run-off conditions and contaminated sediment capping where other types of materials would deteriorate rapidly.

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