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It is time and cost-saving and very durable as well.

Cost-Effective: Precast concrete retaining walls can be installed quickly.

It’s the most suitable approach for premises situated near water bodies.

Flood Prevention: Retaining walls protect against floods.

Precast concrete retaining walls provide steadfast lateral support to slopes and enable them to withstand lateral pressure of gravity that controls soil erosion.

Erosion Control: Soil erosion destroys the infrastructure of upright soil slopes.

Aesthetic Appeal: Precast concrete retaining walls comes up with various textures and finishes that enhance its aesthetic appeal and add versatility to its style as well as designing.

These are the most significant advantages of concrete retaining walls.

Steel: Steel is used in all steel reinforced concrete retaining walls for structural strength.īenefits of Precast Concrete Retaining Walls.

Wood: Wood timbers or rail road ties are sometimes used for retaining walls, but unless properly treated, wood deteriorates.

Stucco: Stucco is also used for an fascia appearance on retaining walls.Not have structural integrity for retaining capabilities. Brick: When used, brick is a fascia on retaining walls for appearance.Stone: Stone is sometimes used for retaining walls in areas where it is plentiful by slant stacking, using the specific gravity of the stone to retain earth.The cinder blocks are then stacked on continuous concrete footings using grouted cells and reinforcing for structural strength. Cinder Blocks: Volcanic aggregate, cement powder and water formed into a hollow block.The concrete blocks are then stacked on continuous concrete footings using grouted cells and reinforcing for structural strength. Concrete Blocks: Small rock aggregate, cement powder and water formed into a hollow block.Steel reinforcement and concrete are the ultimate materials for building retaining walls. Concrete: Aggregate, cement powder and water designed for the engineered mix desired.Cantilever walls are considered the most durable due to their ability to transform horizontal pressure into perpendicularly vertical ones. Masonry and concrete blocks along with steel reinforcement are used to manufacture cantilever retaining walls.

The sheet-piled walls must be hammered 2/3 elevation of the wall into the ground at least. These walls are constructed by fiberglass, vinyl, steel, plastic and wooden planks. The sheet-piled retaining walls are the most suitable option for soft soils. Steel is also used to engineer masonry for added strength and long lifespan. Precisely, the standard size of kiln-fired brick and mortar for this purpose is 8” x 4” x 2.25”. MasonryĬMU blocks are used to concrete masonry retaining walls. Upright slopes use the weight of concrete blocks to withstand lateral pressure of gravity. These walls are made of large concrete blocks and boulders. Gravity walls are engineering using rigid-footing techniques and various reinforcements for added strength. Our skillful and experienced engineers follow current growing needs and trends while manufacturing retaining walls. Our customized services are available in Charleston and Columbia. We also construct precast fences and barriers on top of the walls where needed. We manufacture large precast retaining blocks that can be used to support small to medium soil slopes up to the height of 12ft from one level to another. Concrete Retaining Wall BlocksĪFTEC specializes and practices in the engineering of large precast retaining walls on observable surfaces with various architectural patterns. Our services are available in South Carolina. Several types of retaining walls are used to withstand the lateral pressure of gravity most prominent among them are, cantilever, gravity, concrete retaining walls and sheet-piled.ĪFTEC manufactures retaining wall systems in a controlled environment with various decorative accents, finishes, and textures for added versatility. These walls are the most suitable solutions to control landscaping and erosion of patios and soil slopes. These walls are specially designed to provide maximum support against the lateral pressure of gravity to the upright soil slopes and sloppy walls. Landscape retaining walls are engineered using large retaining wall blocks.