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Joe's Paving is a specialist in residential driveways. We know first impressions count, so we will work closely with you to design a paved surface that adds value to your home. It will also be built to last and withstand the elements.
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The structural slab is an integral component of the building. It gives support and stability to the structure. Without it, the structure would crumble.
Concrete resurfacing offers many benefits. It can improve the look and value of your home or company, as well as extend its lifespan.
Joe's Paving is a specialist in residential driveways. We know first impressions count, so we will work closely with you to design a paved surface that adds value to your home. It will also be built to last and withstand the elements.
Particularly fine aggregate is responsible for concrete mix's workability.
Pavecoat, a specialized coating for asphalt surfaces, is applied. It protects pavement from the elements and prolongs its life span. Pavecoat can be purchased in a range of colors to allow you to customize your asphalt surface.
Resurfacing is another great way to protect concrete from weathering, and damage.
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Concrete slabs should be designed with expansion joints to allow the slab to move freely. If a slab is too large without expansion joints, it will crack.
Adding cement to concrete does indeed make it stronger. cement is a hydraulic binder, meaning it binds well with water. This makes it ideal for use in concrete, as the water helps to activate the chemical process that makes concrete harden. The more cement you add, the stronger your concrete will be.
That being said, there is such a thing as too much cement. Too much cement can actually weaken concrete, as it causes the paste to become too fluid and accelerates the hydration process, leading to cracks and shrinkage. So while adding cement will make your concrete stronger, be sure not to add too much or you could do more harm than good!
The answer to this question depends on a few factors, including the type of concrete, the weather conditions during and after the pour, and the thickness of the reinforcing bars (rebar). In general, however, a minimum thickness of 4 inches is recommended.
If you are looking for a more specific answer, it is best to consult with a professional engineer.