Published at Monday, 31 July 2017 by Nynette in Flooring, with total 34 digitals.
Fifth, compare overall thickness and the height from the top of the tongue or nail groove to the top of the face on the floor. On an engineered floor this is generally the thickness of a wear layer. Most solid wood floors are 3/4" overall before sanding (but some are less) with 1/4" above the nail groove. Our engineered floor is manufactured to equivalent measurements but most engineered floors have a thinner wear layer. This comes down to how many times the floor can be sanded. What kind of finish and texture you want on the floor factors into how deep you will re-sand the floor during refinishing. A number of our reclaimed wood floors are sold with an original texture that shows the old saw marks and character in the floor, so most likely you won`t want to sand this out. As a rule of thumb, the thicker the wear layer then the longer the floor will last.
Seventh, are you a do-it-yourselfer? Think through every step of the process to be sure that you can do it yourself. Usually the install can be done with relatively moderate skills and simple tools like a chop saw and rented flooring nailer. The finishing process is a whole different matter. The sanders and buffers take some special skills to operate. A normal price range for labor and materials to install a wood floor is $4-5 per square foot. It is possible to build your own sweat equity into a floor install. Maybe this is where you choose to use our engineered product for example because it is presanded to more accurate tolerances than a solid wood product. It can be touched up with a hand held orbital sander rather than industrial floor sanders. Then if you are doing the finish yourself, you will want to consider using a finish that may not require as much buffing between coats.
However if you go for a quality engineered wood flooring you can even gone as far as to boil a piece of our floor for 30 minutes and the board still will not de-laminate. The 15mm ply wood under core is what gives the flooring the strength and stability is has. Oak is a natural product and when used for flooring the board widths can change in size. This can cause gaps between boards or the floor to buckle and this movement is most commonly caused by the changing of humidity in the environment. Because of the stability of a quality engineered oak floor it is far less prone to this movement. This stability is also becoming of greater importance today due to the fact that an increasing number of properties are having under floor heating systems installed, which of course causes a frequent change in humidity. Having said this I would again like to reiterate that I am writing in regards to a quality, higher spec engineered oak flooring, and I can not talk for all engineered wood floors.