Concrete is usually alkaline and porous. Thus it may be attacked by acids - even mild ones such as milk!
The porosity means that materials such as motor oil will be absorbed.
Sealing the surface with an impermeable coating will help in avoiding these problems. This approach will work even better if the concrete surface has been made more dense and smooth by surface working before it has set.
Generally no. Most stains must absorb into the concrete. If the stain just sits on top of the sealer then it will likely wear away.
- concrete - natural stones - bricks - wood - aluminium and alloys - steels - glass - painds, adhesives, sealing agents - ceramics etc.
No, the tile is non porous, but the grout will need sealing.
Is it worth the cost to sealing a parking lot
No.
You could consider sealing the concrete. If it is inside a garage, there are some epoxy floor coatings.
Generally no. Most stains must absorb into the concrete. If the stain just sits on top of the sealer then it will likely wear away.
Yes, radon gas can pass through concrete slabs. While concrete is a dense material, it is not completely impervious to radon gas. Proper sealing and mitigation measures should be employed to reduce radon infiltration through concrete slabs.
There are five ways in which a person can dry wet the carpet on a slab foundation. The five ways include sealing gaps, sealing the concrete, air to air exchange, use of the dehumidifier, and air conditioning.
Most of the home Centers have shifted from sealing to Honing & polisging the concrete, smooth, easy to clean, no dusting and looks a lot like terrazzo
There are two types porous and non porous. You can also seel porous concrete to make it non porous.
You can get dizzy and pass out. You can also become sick to your stomach. If you breathe too many fumes into your lungs it can cause problems.
The homophone for "sealing" is "ceiling."
i would probably get concrete and make little hills around the side of it about 3 or 4 inches high but my pa used assphault by................................................
- concrete - natural stones - bricks - wood - aluminium and alloys - steels - glass - painds, adhesives, sealing agents - ceramics etc.
Long-term staining or spalling of concrete is typically caused by exposure to chemicals, water infiltration, freeze-thaw cycles, or inadequate curing during construction. These factors can weaken the concrete, leading to surface deterioration over time. Regular maintenance and proper sealing can help prevent these issues.
Cracks from expansion or settling are fairly common, but sealing them will ensure no seepage of ground water in the future