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Garage Pads

Upgrade Your Garage with

Zaid Concrete & Excavating!
Elevate your garage with Zaid Concrete & Excavating. Our skilled team ensures top-notch concrete pad replacement, enhancing your home’s value and functionality.

Revitalize Your Garage Space with Zaid Concrete & Excavating

Is your concrete garage floor cracked and settling? Let the professionals at Zaid Concrete & Excavating replace your old, worn-out garage floor with a smooth, new floor for your garage space. Our experienced concrete paving experts treat each project like it’s their own. A new garage floor will add value and functionality to your home. Removing your old garage floor and pouring a new concrete slab is a big project so let the experienced professionals at Zaid Concrete & Excavating do the work for you. Our team will complete the project using the highest quality paving techniques and materials.
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Concrete Garage Floors by Zaid Concrete & Excavating
Transform Your Garage into a Solid Foundation: Trust Zaid Concrete & Excavating for Exceptional Craftsmanship and Lasting Quality in Concrete Garage Floors
Contact Zaid Concrete today for a FREE estimate!
Frequently Asked Questions
A garage pad should typically be at least 4 inches thick. This thickness is sufficient for standard residential garages that accommodate passenger vehicles. For heavier vehicles or additional load-bearing requirements, such as trucks or RVs, increasing the thickness to 5-6 inches is advisable. Additionally, reinforcing the concrete with steel rebar or wire mesh can enhance its strength and durability.
The weight a concrete pad can hold depends on its thickness, mix design, and reinforcement. A standard residential pad, typically 4 inches thick and reinforced with wire mesh or rebar, can support around 3,000 to 4,000 psi, suitable for passenger vehicles and light trucks. For heavier vehicles or equipment, increasing the thickness to 5-6 inches and reinforcing with rebar enhances load capacity significantly.
Yes, a garage concrete slab generally benefits from the inclusion of rebar. Rebar, or reinforcing steel bars, significantly enhances the strength and durability of the concrete by providing additional tensile strength, which helps prevent cracking and ensures the slab can support the weight of vehicles and other loads. While some small residential garage slabs might use wire mesh as reinforcement, rebar is recommended for most applications, especially if the slab will bear heavy loads or is exposed to freeze-thaw cycles.
A 4-inch thick concrete slab, if properly mixed and cured, typically has a compressive strength of around 3,000 to 4,000 psi (pounds per square inch). This strength is adequate for supporting the weight of standard residential loads, such as passenger vehicles, light trucks, and typical household equipment. The actual strength can vary based on factors like the concrete mix design, quality of materials, and curing process.