How To Protect Concrete From Salt Damage

The calcium hydroxide present in concrete reacts with the calcium chloride in salt creating calcium oxychloride caoxy in salt thus wreaking havoc.

How to protect concrete from salt damage. As we know too much water in concrete leads to damage. Moisture can also penetrate the driveway and create freezing and thawing damage in as little as one harsh winter season. Once of the most corrosive materials concrete can come into contact with is deicing salts. In order to protect concrete from these deicing salts and the spalling cracking and pitting effects it is best to seal the concrete.

Concrete damage can be ugly and costly. To protect your driveway from salt and erosion it is best to seal it. Salt can eat away at the surface of concrete causing chipping and erosion issues. Deicing salts are commonly used on roadways and by homeowners on their driveways.

Salt also quickens the carbonation process. A reactive sodium silicate permanent concrete sealer that can extend the useful life of your concrete prevent freeze thaw damage and protect against salt damage sulfate attack and chloride penetration call or email us to find out how cretedefender products can make your business dollar go farther and keep your assets looking sharp longer. After spending thousands maybe hundreds of thousands on. Sealing a driveway will stop most of the damaging effects of winter weather.

Traffic and wind borne debris erode it rust and oxidation break the structure from within freeze thaw cycles break the surface these are some of the biggest enemies of concrete and create the problems you see here. Salt damage to concrete mainly occurs due to chemicals that react with the surface of the road or pavement. When salt is applied to concrete water is attracted retained and creates more pressure in the concrete.