Don’t Let Wet Weather Wreck Your Pavement

Just like the roof of your building, your surface paving in Atlanta will be exposed to the elements all the time. Sun and rain can both take a toll on your paving, and not just on its aesthetics. Worn out pavement is more likely to crack, and it can cause problems with your drainage as well. A broken-down parking lot with drainage problems means safety hazards for anyone who walks over your parking lot. Fortunately, there is something you can do to protect your asphalt from precipitation and ultraviolet rays all year long. Continue reading and never let the weather wreck your pavement again.

The solution to protecting your pavement from the weather is sealcoating. You might think that you’ll never have to worry about maintaining your asphalt, but the reality is that the elements can do serious damage to your pavement. Moisture seeps into cracks in the asphalt and then freezes, which expands the cracks and makes them bigger. Weather damage can thin out your asphalt, making it even more vulnerable to damages. Sealcoating protects the pavement from moisture that would build up from rain or maintenance cleaning, and it reduces the damage of UV rays.

FAQs About Pavement Milling

You can’t fix a parking lot in Atlanta by simply putting down a new layer over the damaged asphalt or concrete. Milling removes damaged or dangerous sections of the pavement so the whole surface can be entirely redone. This process can reduce the chances of accidents and injuries once your asphalt paving has been redone in a way that is responsible for the environment, and it makes the parking lot a bit more comfortable to drive over. If you need new asphalt paving to repair your parking lot, here are the answers to some FAQs about pavement milling.

How does it impact safety?

Covering up a problem with your asphalt paving without actually fixing it will only lead to more problems in the future. First, your paving contractor needs to remove the parts that were problematic in the first place. Laying down new pavement over the problem area isn’t enough, but once the section of the parking lot or road has been milled, it can be repaved safely. This leaves you with smooth pavement that won’t damage your customers’ vehicles or trip up your patrons as they walk through your lot.

Is it an environmentally friendly practice?

We need to use sustainable practices if we’re going to make the world a better place for future generations, and milling is an example of an environmentally friendly paving method. Milling removes damaged areas of the parking lot, road, or other paved area. The material that is removed isn’t sent to a landfill, however. Instead, it’s crushed into aggregate so it can be used in other paving projects. Reusing these crushed aggregate materials lessens the demand for new, virgin materials, so it saves energy and helps protect the environment.

Does it make driving more comfortable?

If you’ve ever unexpectedly driven over a pothole while holding a cup of coffee, you know the frustration that comes afterwards. Pavement milling offers drivers a more comfortable drive, and the customers who park in your lot will appreciate the effort and upkeep. Joyrides are also more comfortable when you’re cruising down a properly milled and paved road.

How Ancient Roman Concrete Stands the Test of Time

Are you looking for a concrete contractor in Atlanta ? If so, then you’re probably in need of concrete repair or installation. However, if you’re interested in learning a bit about the history of concrete, then watch this video to discover how the concrete made by ancient Romans has been able to stand the test of time.

Ancient Roman concrete is stronger than what is made today because it was created with a unique recipe of volcanic ash, limestone, and water. One reason why this mixture is so strong is that is while it’s setting, it can develop strätlingite crystals that are resistant to corrosion and can help prevent cracking. Also, some ancient Roman structures that have been submerged under water have grown stronger over the centuries as seawater leaves behind minerals that help strengthen the concrete.