Collection: Under Fence Plinth (UFP) Concrete Sleepers, 50mm
Under fence plinth concrete sleepers are replacing the traditional timber sleepers rapidly and giving the retaining wall more durable and stronger. Our UFP concrete sleepers comes in 2360mm lengths, 200mm height and 50mm thick. The thickness of the sleepers fits perfectly on the fence panels. These UFP concrete sleepers comes in 2 color and made up of 60 MPA concrete x 2 Reinfocement bars.
50mm Concrete Sleepers Range
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Smooth face Charcoal Under Fence Plinth (UFP) Concrete Sleepers
Regular price $43.00 AUDRegular priceUnit price per -
Smooth face Under Fence Plinth (UFP) Concrete Sleepers
Regular price $40.00 AUDRegular priceUnit price per
Blog posts
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How To Build Concrete Sleeper Steps
Concrete sleeper steps are durable and engineered landscaping stairs built in uneven slope terrain to gain safe access. They are built in gardens, backyards, parks, and places where pathways are...
How To Build Concrete Sleeper Steps
Concrete sleeper steps are durable and engineered landscaping stairs built in uneven slope terrain to gain safe access. They are built in gardens, backyards, parks, and places where pathways are...
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Retaining Wall Design Factors, Soil Type, Drain...
Retaining walls are simple yet complex structures that provide various benefits, from holding soil and preventing erosion to uplifting the beauty of the place. The construction of retaining walls is...
Retaining Wall Design Factors, Soil Type, Drain...
Retaining walls are simple yet complex structures that provide various benefits, from holding soil and preventing erosion to uplifting the beauty of the place. The construction of retaining walls is...
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What Is A Concrete Plinth
A concrete plinth is a basic but important element in numerous buildings and fencing projects. It is placed at the ground level to give the necessary support to the structure...
What Is A Concrete Plinth
A concrete plinth is a basic but important element in numerous buildings and fencing projects. It is placed at the ground level to give the necessary support to the structure...
