Wooden Floors and Energy Efficiency

Wood is inherently an energy-efficient product, making it a great choice for homes that we see fairly from the weather. The energy efficiency of wood flooring helps it stay warmer in winter and cooler during the warmer months of the year. However, the energy efficiency of wooden floors depends on several factors: wood type, wood thickness, installation quality and the quality of the subfloor.

Wooden Floor and Energy Transfer

Heat, which is a type of energy, has difficulty penetrating for most forests. Hardwoods offer a harder surface that absorbs heat well, so parquet flooring is a great choice for energy efficient flooring. Hardwoods help retain heat inside the house during the colder months and prevent summer heat outside from entering the home when the season changes.

Getting the Most Energy Efficiency from Hardwood Floors

Since hardwood is already good at holding heat in the winter or blocking out heat in the summer, it is often surprised that you can further increase the energy efficiency of hardwood floors. In this case, the focus is on construction standards. One of the causes of the biggest energy loss occurs during the installation process and is caused by compliance issues.

While it is quite easy to attach two planks side by side, the parquet dries and shrinks. When shrinkage occurs, gaps appear between the boards and heat or cold can leak into the structure or between one floorboard and another. In multi-level properties, heat rises from poorly established floors and to the next level of the structure. Working with a company like NC Dünya Flor, who understands how wooden floors expand and contract, helps to eliminate gaps between floorboards and increase energy efficiency.

The last component of hardwood's energy efficiency is its subfloor. Good subfloor is sturdy, well made and carefully installed. Poor subfloor causes creaking noises, gaps between flooring and can even cause parquet floors to warp.