Polyethylene Moisture Barrier Basement Floor


Polyethylene Moisture Barrier Basement Floor

Polyethylene Moisture Barrier Basement Floor - If you are living in the Tampa Bay region, you might not be accustomed to seeing many houses with basementsnonetheless, believe it or not, there are several homes throughout the region that do in fact have basements. Most houses in Florida are constructed without cellar because of hurricane related difficulties. Building codes insist that home floors be constructed above storm surge elevation. If a basement is permitted to be constructed, it generally is constructed as a "non-livable" area, therefore, in other words, homeowners may possess the basement for extra storage but no bedrooms.

Nonetheless, while basements provide extra space for storage and cooler areas to hang out on hot days, they also have their share of moisture related problems. When it comes to basement troubles, moisture is the most common issue in the cellar. The moisture commonly enters from exterior sources though can also be created inside also. Often, most homeowners are unaware that the soil around the basement walls may contain a lot of moisture.

The cause of elevated moisture content in the soil may incorporate surface water that's seeping down into the soil or even from a high water table. A high water table may be clarified by heavy rains that cause the water table to rise higher than the cellar floor. Often, water may find its way inside a cellar by gravity or by means of a crack or flaw in the water protection layer of the foundation. Water may also be pulled up by a " wicking action" or " pushed up" by hydrostatic pressure from the soil under the walls or floor.

At the summer, warm moist air from outside could enter the home and lead to condensation on the cool basement walls or floor. In areas that may experience freezing temperatures, the following situation can occur if there's a crack gift: the water will enter through the crack subsequently freeze and expand. With each cold season, the crack will eventually get larger as a result of expansive properties of the frozen water.