Exterior Home Services

Quality Concrete Pads & Basement Slabs

Ensure a strong, durable foundation for your home or business with expertly installed concrete pads and basement slabs. Our precision-engineered concrete solutions provide a stable base for structures, driveways, patios, and more, delivering long-lasting performance and resistance to settling or cracking.

Why the Quality of a Concrete Pad Matters

Concrete pads and basement slabs are more than just structural elements—they serve as the foundation for everything above them. A properly installed slab ensures longevity, prevents moisture issues, and resists cracking under pressure.

Benefits of Professionally Installed Concrete Pads & Slabs:

Structural Stability – Provides a solid base for buildings, garages, and outdoor structures.
Moisture Protection – Reduces the risk of water damage and basement flooding.
Longevity & Durability – High-quality concrete resists cracking, shifting, and weather damage.
Energy Efficiency – Properly insulated basement slabs help regulate indoor temperatures.

Common Concrete Challenges We Solve

Cracking & Settling

Poor installation or shifting soil can lead to cracks and uneven slabs. We use reinforced concrete and proper curing techniques to prevent these issues.

Moisture Issues

Without proper sealing and drainage, basement slabs can absorb moisture, leading to mold and foundation problems. We implement waterproofing techniques for lasting protection.

Poor Drainage

Water pooling around your concrete slab can cause erosion and instability. We design our slabs with proper grading and drainage solutions.

Inadequate Thickness

Thin or improperly mixed concrete can weaken over time. We ensure optimal thickness and strength based on your project’s specific load requirements.

Our Process

Consultation & Site Assessment

We assess your site conditions, soil stability, and drainage needs to determine the best approach for your concrete pad or basement slab.

Ground Preparation

A strong foundation starts with proper ground prep. We excavate, level, and compact the soil before adding a high-quality gravel base for drainage and stability.

Reinforcement & Forming

For enhanced durability, we use steel rebar or wire mesh reinforcement and construct sturdy forms to shape and support the slab during the pour.

Concrete Mixing & Pouring

We use industry-best concrete mixes suited for Western North Carolina’s climate, ensuring strength and longevity. Our experts pour and level the slab with precision.

Why choose MRA Remodeling, LLC for drywall services?

Local expertise:

Based in Western North Carolina, we’re familiar with the region's unique climate and housing styles, ensuring drywall solutions that last.

Customer-centered approach:

We work closely with you to address your concerns, keeping you informed at every stage.

Cutting-edge tools:

Using advanced equipment and techniques, we deliver efficient, high-quality results.

Affordable pricing:

We offer competitive rates without compromising on quality, making professional drywall services accessible for all homeowners.

How can we help you?

How thick should a concrete pad be?

The thickness of a concrete pad depends on its intended use. A standard residential patio or walkway typically requires a 4-inch thickness, while driveways and heavy-load areas may need 6 inches or more. Reinforcement, such as rebar or wire mesh, can also be added for extra strength.

How long does it take for a concrete pad to cure?

Concrete typically takes about 24 to 48 hours to set enough for light foot traffic. However, it requires at least 7 days to reach partial strength and around 28 days for full curing. Avoid placing heavy loads or vehicles on the pad until it has fully cured.

Do I need a permit to install a concrete pad?

Permit requirements vary by location and project size. Small residential pads, such as walkways or patios, may not require a permit, while larger installations, like driveways or foundation slabs, often do. Always check with your local building department before starting the project.