Engineered Wood Floor Construction
The way that engineered wood floors are designed makes them impeccably strong and durable. Their unique construction also ensures the floors are resistant against changes in humidity and temperature.
When it comes to the construction of engineered wood flooring, there are three different methods which can be used. Here, you’ll discover more about the different construction types and how it affects the flooring.
Some of our engineered floors feature an HDF, or High Density Fibreboard, construction. This makes the floors more affordable, although it doesn’t sacrifice on quality. The top layer is still made from solid wood, and the HDF makes the surface a lot more resilient against impact. The only thing to be aware of with HDF construction is that it isn’t suitable to be used in high moisture areas.
The most common type of construction used in engineered wooden flooring, is Multi Ply. This means the planks are made with tightly fused plywood layers. A solid wood veneer is then placed on the top. Due to how many layers are used to make up the construction of Multi Ply engineered flooring, you’ll find it’s the toughest type of floor available. It also means the floor can be installed with numerous types of subfloor, as well as with compatible underfloor heating systems.
Three Ply engineered flooring is similar to Multi Ply, only it uses just three layers in total. There’s the solid wood veneer, followed by two layers of either softwood or plywood. As it does feature fewer layers, you’ll find the three ply constructed engineered floors are cheaper than Multi Ply. Although these floors are slightly weaker than Multi Ply, they are still resilient against changes in moisture.
Hopefully you are more familiar with the construction of engineered wooden planks and are able to make a better decision of which is best suited for you. You can browse our range of engineered wood here. If you are still not sure which type to choose then feel free to speak to a member of our sales team on 01133200223.