Efflorescence will not only cause problems with a stained and sealed concrete floor it can also delaminate tile and warp wood floors.
Efflurescence polished sealed indoor concrete floor.
Efflorescence will not only cause problems with a stained concrete floor it can also delaminate tile and warp wood floors.
Concrete efflorescence is a very common problem on concrete especially decorative concrete.
If you ve recently noticed a strange white substance on a concrete surface in your home you may be looking for an effective way to clean concrete efflorescence.
Armor ar350 acrylic concrete sealer is an excellent choice to seal garage and warehouse floors and also works very well for driveways pool decks patios etc.
Efflorescence occurs when salt and moisture come to the surface of concrete bricks or stone and then evaporate leaving unsightly white marks on your walls or floors.
You can apply armor ar350 concrete sealer to both exterior and interior concrete surfaces and it can also be used on concrete bricks natural stone pavers and aggregates.
Provides long lasting protection without altering the natural appearance of the concrete surface or creating a surface film which can become slippery or peel with hot tire pickup.
Efflorescence will be triggered by low temperatures humidity condensation and rain.
The seal protects the floor from staining and prevents dusting while the hardening of the floor increases abrasion resistance by up to 400.
The best approach would be to strip all the sealer and wax off the concrete.
Luckily there are easy ways to remove efflorescence in your home.
Polished concrete sealer is a siliconate water based penetrating fast reactive and odorless environmentally friendly sealer developed to effectively seal a wide range of polished concrete.
If so you ll be pleased to learn that this substance can be successfully removed with the aid of a few basic cleaning tools.
Once the sealer and wax are removed a moisture test should be conducted so you can get an idea of how much water is moving through the slab.
With that in mind let s look at how moisture interacts with concrete and polishing chemicals with an additional focus on efflorescence.
All things in polished concrete relate to physics and chemistry.
Moisture in concrete can be measured as a moisture vapor emission rate or mver and as in situ relative humidity or rh.
When moisture and water vapor migrate to the surface of hardened concrete floors walls and colored concrete it carries with it calcium hydroxide.
Untreated concrete is not aesthetically pleasing nor easily maintained.
Concrete can be stained when salts and other materials will come off the concrete surface.