Concrete Lifting Services in North Carolina
Uneven or sunken concrete surfaces can be unsightly and pose safety hazards. Ram Jack of North Carolina provides effective concrete lifting solutions to restore the integrity and functionality of concrete structures. Below, we’ll focus on the concrete lifting services offered by Ram Jack of North Carolina, including using polyurethane foam and traditional concrete methods to eliminate uneven surfaces.
We’ll explore how concrete lifting works, compare polyurethane foam and concrete, discuss their advantages, and highlight residential and commercial applications.
Here’s How Concrete Lifting Works
Concrete lifting, also known as slabjacking or mudjacking, is a technique used to raise and level sunken
or uneven concrete surfaces. The process involves the following steps.
Evaluation
Ram Jack of North Carolina's professionals assess the condition of the concrete and identify the underlying causes of the settlement or sinking. This evaluation helps determine the most suitable approach for concrete lifting.
Expansion and Lifting
The injected material expands, exerting pressure and lifting the concrete slab to its desired level. This process ensures a stable and even surface.
Drilling
Small holes are strategically drilled into the affected concrete slab. This drilling is less invasive and requires no expensive demolition or excavation.
Injection
A high-density polyurethane foam or a concrete slurry is injected through the drilled holes, filling the voids beneath the concrete.
Polyurethane Foam vs. Concrete
Ram Jack of North Carolina offers two primary options for concrete lifting: polyurethane foam and traditional concrete methods. Here's a look at the two approaches.
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Polyurethane Foam
Polyurethane foam, a lightweight yet strong material, has become increasingly popular for concrete lifting. It offers several advantages, including its ability to fill voids, provide accurate concrete leveling, and provide long-lasting stability. The foam's quick curing time allows minimal disruption and immediate use of the repaired area.
- Traditional Concrete
Traditional concrete methods involve the use of a mixture of cement, sand, and aggregate. While concrete has been a common choice for concrete lifting in the past, it can be heavier and more time-consuming compared to polyurethane foam. Concrete requires longer curing times before the surface can be used.
Residential Applications
Concrete lifting is beneficial for various residential applications, including the following.
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Driveways and Sidewalks
Uneven or sunken concrete driveways and sidewalks can be hazardous and detract from your home's curb appeal. Concrete lifting provides a cost-effective and efficient solution to level these surfaces and enhance safety.
- Patios, Steps and Pool Decks
Uneven concrete surfaces in outdoor living spaces can affect their functionality and aesthetics. Concrete lifting restores sinking and uneven patios and pool decks, making them safer and more enjoyable for family and guests.
Commercial Poly
In addition to residential projects, Ram Jack of North Carolina offers polyurethane foam concrete lifting solutions for commercial applications.
Warehouses and Industrial Facilities
Uneven concrete floors in warehouses and industrial facilities can impede the movement of machinery and pose safety risks. Concrete lifting ensures a level surface for efficient operations and worker safety.
Retail Spaces and Parking Lots
Leveling sunken areas in retail spaces and parking lots prevents trip hazards, enhances accessibility, and maintains a professional appearance.
Consider Ram Jack of North Carolina for Concrete Lifting
Ram Jack of North Carolina’s concrete lifting services provide an efficient and durable solution to address sunken or uneven concrete surfaces. Whether using polyurethane foam or traditional concrete methods, Ram Jack of North Carolina’s experts can restore the levelness and stability of residential and commercial concrete structures.
Contact Ram Jack of North Carolina+ today to schedule an evaluation and enjoy safe, even, and functional concrete surfaces.