Concrete Sealing in Frisco, TX

Causes of Concrete Damage

We’ve all seen examples of bad concrete floors. Surfaces that are stained, chipping, peeling, or fading quickly turn into an eyesore for anyone. Unfortunately, this problem can happen all too often if the job isn’t done right.

While nothing lasts forever, proper concrete flooring is supposed to last at least a decade. But LS Concrete Coatings offers products even better, which is why our warranty is 15 years! Nevertheless, concrete will eventually erode, and these are the common reasons why.

• Carbonation:

Carbon dioxide can enter concrete through micro-cracks and pores. It reacts with hydroxides to form a carbonate that eventually corrodes concrete.

• Chemicals:

Certain chemicals are known to negatively impact concrete. These include sodium, potassium, or magnesium sulfates that react with hydrated compounds to expand and erode concrete.

• Overloading and Impacts:

Some concrete is not built right to withstand excessive loading, movement, furniture shuffling, and other high-pressure impacts. All of these external forces can initiate micro-cracks and cracks. When installing concrete from the start, be sure to have a trusted professional or ensure the job will be done right and hire a professional.

• Fire Damage:

Concrete that is exposed to intense heat will lose some of its strength and elasticity. As you can imagine, this often occurs as a result of fires in a property. If your home or business recently endured a fire, it’s recommended to give the entire property a thorough inspection, including your concrete surfaces.

• Constant UV Exposure:

In the same vein, excessive exposure to sunlight can eventually wear on concrete. The sun and its UV rays are harmful for many things, like skin and cars. Concrete floors are another item that needs to watch its UV exposure and subsequent treatment.

• Water:

Finally, the main culprit for concrete damage is water. Water can enter cracks and holes of concrete. It’ll sit for long periods of time, almost eroding the concrete’s structure. And, it can penetrate the surface and expand as it freezes. Either way, excessive water is very harmful to concrete.