How the indoor environment of your home affects wood flooring


The best-engineered wood flooring manufacturers in America offer free advice to home and house owners before selling to them engineered wood solutions. When it is cold inside your home, you switch the heater on. You also turn the air conditioning on when you feel hot. However, most people don’t understand that the living conditions inside their home affect their wood flooring.

Effects of indoor environmental conditions on wood floors

Wood flooring reacts to humidity and temperature changes inside your house as if it were alive, although wood floors are made from dead trees. High temperatures and high humidity affect your skin the same way it affects wood flooring. It doesn’t matter if your floors are laminate, solid wood or engineered wood. It doesn’t matter if the wood is bamboo, oak or mahogany. It also won’t matter if the wood is glued down, nailed down or floating.
Engineered Wood Flooring Manufacturers
Engineered Wood Flooring Manufacturers

All wood flooring loses moisture and absorbs water as conditions change slowly inside your home. It is, therefore, crucial to let your engineered wood flooring company in America inspect your home before installing engineered wood floors.

When to install wood flooring

Every manufacturer allows their products to be installed indoors with a maintained and stable environment. In short, this means that in order for your wooden floor to perform as designed, the humidity and temperature conditions inside the house should be kept within a certain range. The range may vary depending with the type of wood flooring and the manufacturer.

Most engineered wood flooring manufacturers in America recommend temperatures of between 60 and 80 degrees and relative humidity of between 35% and 55%. If you don’t maintain the humidity and temperature within these requirements, your floor will shrink and grow with the weather. The wood will react accordingly if it is installed in a home that has wide fluctuations of humidity and temperature.

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