What is the underpinning garage floor coating’s basis? A garage floor is the second layer of an automobile’s flooring. The first layer is the concrete or tile flooring that most automobiles are rolled on. It is possible to wonder why the second layer is required, but there is no reason.
Safety is the main reason. The asphalt that is used to line the floors of our garages is very thin. It would feel like walking on wet sand if you tried to walk on asphalt. This may not be a problem if there was nothing to carry. But what if there was a heavy bag? You now have to consider how much extra weight you will need to carry.
Because these floors are often parked outdoors, they can get quite a bit wear and tear. Many people park their cars in the garage during the day. This causes the garage’s surface to expand and contract due to the shock of being weighed down.
Asphalt is prone to absorb shock. This causes asphalt’s surface to expand rapidly and contract quickly. You can reduce the impact of this on your floor by applying the coating. The coating will also provide insulation. This can give garages a level comfort that might not be possible without the coating.
Not all coating systems are created equally. Some work better than others. It also depends upon whether or not you are putting the coating on the inside or outside of the floor. Both surfaces are subject to significant wear and tear. However, they will be exposed under different conditions.
A garage floor that has been coated with asphalt will experience less wear than one that has a composite coating. Asphalt is more elastic than composite coatings. Thus, the expansion and contraction that takes place when weight is applied to the surface will not cause as much damage. This will ensure that the coating lasts longer.
The same is true of fiberglass. Fiberglass is not as elastic as asphalt or concrete and therefore it tends to crack more easily. Fiberglass is also more susceptible to being damaged by impacts. Concrete or asphalt floors are not affected by this phenomenon.
The layer thickness of an underpinning garage floor coating also plays a role in the durability of the coating. The coating thickness is important. Multiple layers will be strong enough to withstand impacts while still maintaining a protective seal. It will not be as effective if there are less layers.
There are different coatings to choose from but most use a binder to bind them together. The extent of damage to the floor could affect the layering. Large sheets can be broken off and flow to concrete or other elements by severe impacts. Larger sheets can also lead to subsurface depressions, which can result in moisture accumulating in unnoticed places. Additional layers can be added to protect the floor from moisture or keep it from rising to the surface.
The amount of bonding agent will also vary depending on the severity of the problem. The normal layers of urethane suffice for damage that is less than one or two levels deep. Additional support will be required for more severe impacts. Additional layers can be applied at specific times of the year. The purpose of this is to make sure the coating has the longest possible life span.
There are many options for finishing the coating. Most coatings are applied using a foam or spray applicator. A brush or roller can also be used. The purpose of these is to smooth the surface as well as to seal it and give it the toughest possible finish.
Professionals can apply coatings to concrete garage floors. They will know the right product and when to use it. You don’t want to have an ineffective coating that is difficult to remove later.