– Affordability. A polished concrete floor is less expensive to install than other floors because it uses the flooring material already present. The cost of materials and labor is much lower when compared to other flooring installations. The low maintenance and high durability of polished concrete also lower long-term costs.
– Lifespan. Because a polished concrete floor lasts for many decades, replacement costs are lowered and fewer materials are required regularly.
– Maintenance. Easy to clean and easy to keep clean. Polished floors do not absorb or retain any oils, stains, grime, grime, or debris.
– Resistance. Water, chemicals, and foot-traffic cannot wear down a polished concrete floor the way they can other floors. Polished concrete floors are strong and resistant to common damages that would cause some concern on other floors.
– Water-resistance explained. When your floors are moisture resistant, they do not become susceptible to mold, mildew, or bacteria growth.
– Aesthetics. Polishing flooring offers many different colors and designs during installation.
– Your concrete must be inspected and evaluated. If there are any cracks, scratches, abrasions, or holes, those must be fixed before the process can begin.
– Any paints or coatings left on the surface will need to be removed prior to the polishing process.
– Once the concrete has been repaired, paints have been removed, and it has been cleaned, the grinding process may begin. The level of grit depends on the sheen you want your concrete to have. This may be discussed with your contractor.
– A chemical hardener and densifier are added to your concrete to help improve its resistant qualities.
– Polishing is then started and finished.
It is important to remember that each slab of concrete is unique with its own history and these steps may vary.
– Affordability. A polished concrete floor is less expensive to install than other floors because it uses the flooring material already present. The cost of materials and labor is much lower when compared to other flooring installations. The low maintenance and high durability of polished concrete also lower long-term costs.
– Lifespan. Because a polished concrete floor lasts for many decades, replacement costs are lowered and fewer materials are required regularly.
– Maintenance. Easy to clean and easy to keep clean. Polished floors do not absorb or retain any oils, stains, grime, grime, or debris.
– Resistance. Water, chemicals, and foot-traffic cannot wear down a polished concrete floor the way they can other floors. Polished concrete floors are strong and resistant to common damages that would cause some concern on other floors.
– Water-resistance explained. When your floors are moisture resistant, they do not become susceptible to mold, mildew, or bacteria growth.
– Aesthetics. Polishing flooring offers many different colors and designs during installation.
– Using indoor mats for entryways can help reduce the amount of debris tracked into your space.
– Clean spills as soon as they happen.
– Do not use cleaners that contain high levels of soap because they will leave streak marks on your polished concrete surface and dull its shine.
– Never use cleaners with high acidity because it will eat away at your floors polish.
– Mop regularly and sweep daily to keep your floors free from debris.
– Leaving cleaners long enough to dry on the surface of your floor is not recommended.
Unfortunately, there isn’t one reason for all as to why concrete cracks. Sometimes the circumstances of cracking concrete are under your control and other times there is nothing you can do about it. Here are some common reasons why your concrete would crack:
– Water! If there is too much water in the concrete mixture than it reduces the strength of the overall concrete. As your concrete dries, there is a shrinkage process that occurs but if there is too much water evaporating then your concrete will crack as it dries. This is one reason why it is important to hire a professional to lay your concrete.
– Quick drying. Having patience for your concrete to dry when you’re excited to use it can be difficult, but it is necessary. The chemical reaction that takes place when concrete turns from a liquid to a solid requires water and chemical change takes a couple of days to actually finish completely. If there isn’t enough water in your concrete for this hydration process to happen then your concrete has a higher than normal possibility of cracking.
– Poor quality. Having a professional pour, the appropriate amount and strength of concrete are important because it reduces the probability of your concrete cracking under different amounts of pressure.
– Freeze-thaw. This happens naturally and there is very little that you can do about it. Especially for concrete that is outdoors or garages, the soil underneath will freeze when it is cold and thaw when it is warm, simultaneously your concrete will shrink when it is cold and expand when it is hot. The constant cycle during seasons can cause subtle or major cracks in concrete.