Reality about Radon in Building Materials

You might think caulking the cracks and the openings in the basement floor will stop the radon from entering the house. However, scientific studies show, it only takes enough unsealed cracks or pin holes in the caulking to equal a hole 1/2″ of the soil around the foundation drawing the gases into the house. More so, the warmer winter air will also draw in fresh, unhealed released radon from the soil. We can see that one of the basement windows of a house can be opened wide open without denying any radiation or damaging any building.¬† If you’re looking for more tips, radon in building materials has it for you. Perhaps this best of all, it is cheaper and more efficient to cross laminate a basement floor leading to a basement window over a series of a few rows of wood boards than to add one more row of basement walls on top of those boards. This protects your basement walls but roofs the costs of your basement floor and basement windows. As is expected, caulking the cracks and openings of the house to eliminate the entry of radon is of little to no success, as the radon gets past these measures fairly easily. The levels of radon coming from home will still be unchanged.

Thankfully, there are other extremely efficient forms of preventing radon from entering your home, like radon vents. In this country alone, several million people are already taking part in radon tests. In some houses, the radon level tested as high as 2,000 pCi/L, yet there is not one house that cannot be radon mitigated to an acceptable level. The difference in references to natural stone is that the stone slab is removed from the source and exposed to the atmosphere, the radon is then vented in the same way that ventilation of a house mitigates the radon emissions in the soil.