Foundation Repair Products
Galvanized Helical Piles
If your home or structure is situated on unstable soil, it will shift and settle. Sinking foundations, cracks in your sheetrock and uneven floors are problems that can occur when the foundations are subjected to extreme moisture conditions or lack proper drainage, which may result in structural damage to the home or structure.
Patriot helical piles are proven, reliable and effective when combating a sinking foundation. Our helical piles can often prevent further foundation sinking by transferring a majority of a building’s weight into deeper soil.
Galvanized Brackets
Soft soils are plentiful
in many areas. Structural failure is predictable in building developments where soils gradually compress against the bulk of the structure therefore requiring aid in supporting the deteriorating settlement. The cracks caused by the extreme stress become a major challenge.
We use 2 different High-Quality
polymers manufactured by Prime Resins products to stiffen and compact soil erosion. They consist of extremely thin liquid resins and react with moisture when injected into soil, forming a rock hard, water tight mass. The resins are environmentally friendly.
POLYURETHANE, SOIL STABILIZER
This product is used in combination with the polyurethane structural foam or by itself and is injected point-blank into soft soils to provide a glue-like bond of the feeble and shifting soils. Providing a very secure base and turning ordinary fill dirt into 1200* psi bonded soil.
POLYURETHANE, STRUCTURAL FOAM
This product is used to lift concrete structures replacing the old method of messy large hole slab-jacking by drilling extremely small holes and injecting the foam with an expansion rate of 20 times the original volume bringing the slab back to the original grade.
Choosing the appropriate product and using the correct application technique are equally important in achieving desired results. Our Prime Resins products have over 30 years proven experience helping customers with their problems.