Serving New Jersey & Pennsylvania, Clementon, Sicklerville, Vineland
Proudly Serving Greater Philadelphia including - Clementon, Sicklerville, Vineland & nearby
Push piers connect the house to stable, load-bearing soil or bedrock.
Soil with poor load-bearing capacity can give way under the weight of a house. To solve settlement problems, steel push piers are "pushed", or driven, until they reach more stable soil.
A steel bracket connects each pier to the foundation to prevent foundation settlement. Brackets are often used along with hydraulic jacks to lift the structure back to original position.
At Dry Guys Basement Systems, we recommend foundation push piers to stabilize foundations that are settling or sinking and showing symptoms such as cracked foundation walls, tilting chimneys, and jamming doors and windows.
What Are Push Piers?
Push piers are made with heavy duty steel and are connected to your foundation by a steel foundation bracket.
The piers are driven deep below your home in sections until the piers reach strong supporting soils. Steel brackets connect piers to the foundation, effectively transferring the weight of the structure to the deeper load-bearing soil.
Advantages Of Our System
We can stabilize your foundation -- and potentially lift it back to its original position! Call us for a free push pier installation estimate!
We serve Vineland, Sicklerville, Clementon, Coatesville, Downingtown, Havertown, Radnor Township, Drexel Hill, Wayne, Chester Springs, West Chester, Cape May, Pleasantville, Manchester Township, Ocean City, Ventor City, Blackwood, Philadelphia, Bridgeton, Sewell, Absecon, Marlton, Cherry Hill and many nearby areas in New Jersey and Pennsylvania.
The Supportworks' Push Pier System permanently stabilizes foundations that are damaged by settlement. We provide Free Estimates for all foundation repairs. We can customize a system that is ideal for your foundation and soil conditions.
Our warrantied solution can be installed on your foundation in four simple steps:
For an outside installation, the soil around your foundation must be excavated so that the footing is exposed. For an inside installation, a section of your slab floor will need to be removed to expose the footing. The slab will be restored after the installation.
A section of the footing will be prepared for each foundation pier so that the pier is supporting the wall directly, and not simply lifting the section of the footing that extends beyond the walls. This makes for the strongest installation.
A steel bracket is secured to the foundation footing at each pier location.
With push piers, the foundation bracket is installed before the piers are driven into the earth. This allows the push pier to take advantage of your home's structure, stabilizing the pier as it is advanced deep below your foundation to competent soils.
Each of our pier systems includes a 25-year warranty against manufacturer's defects, as well as our own in-house performance warranty.
The hollow steel piers are installed in sections, or extensions, that are connected to each other. One at a time, each extension is driven down through the bracket until strong supporting soils or bedrock are reached.
These steel piers are the strongest component of our foundation pier system, and are responsible for transferring the weight of your structure to competent load-bearing soil.
Our foundation piers are available with a galvanized steel design. These piers are corrosion-resistant, for long-lasting durability.
Once all foundation piers have been installed, the settlement of your foundation will be permanently halted.
At this time, our foundation contractors will determine if the foundation should remain at its stabilized location or be lifted back to its original position. Following this final stabilization, slabs are repaired and soil is replaced to totally hide the repair.
The Supportworks push pier system is engineered to handle the heaviest structural loads. As the weight bears down on the foundation bracket, the bracket exerts great pressure on the pier directly beneath the bracket.
This is the most critical point of stress on a foundation push pier system, where extra strength in the pier helps the most. Our push pier system includes a steel sleeve that extends from the bottom of the bracket, reinforcing the pier at this critical point.
The Supportworks Push Pier System that we use here at Dry Guys Basement Systems features a patent-pending external sleeve which strengthens the pier system directly below the bracket, which is the most critical location.
The external sleeve strengthens piers during installation as well, which prevents the kinking, buckling, and rotating that is commonly seen during the installation of other push pier systems.
A Word of Warning:
Beware of contractors who tout the strength and capacity of their system's bracket. The bracket is only one piece of the puzzle!
Because push piers are installed adjacent to a foundation footing and not directly underneath, the weight instead bears directly down on the bracket, and the pressure is then transferred to the pier itself. Engineers call this effect eccentricity.
Because of this eccentricity, all pier systems see the greatest level of bending stress directly below the bottom of the bracket.
Installing a steel sleeve on the pier directly below the bracket is a cost-effective way to effectively strengthen your entire pier system.
As a Supportworks contractor, we offer professional installations of push pier systems for structures that are experiencing damage from settlement or sinking.
We provide free, written push pier installation estimates. If you would like to schedule your free on-site inspection, professional consultation, and written system design, call or e-mail us today!
Our service area includes Clementon, Sicklerville, Vineland, and nearby areas such as Blackwood, Philadelphia, Bridgeton, Sewell, Absecon, Marlton, Cherry Hill, Cape May, Pleasantville, Manchester Township, Ocean City, Ventor City, Ocean City, Magnolia, Moorestown, Medford, Lakewood, Haddonfield, Toms River, Cherry Hill, Bordentown, Coatesville, Downingtown, Havertown, Radnor Township, Drexel Hill, Wayne, Chester Springs, West Chester.
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