Nanine Flooring August 01st, 2017 - 20:16:37
Ceramic tile is probably the most durable types of flooring and is typically installed in entry areas, where sand scuffing and water accumulations are the norm. Bathrooms and kitchens often get this type of floor treatment as well, but due to the high cost of installation, homeowners tend to not include these areas. Ceramic tile are typically a square tile, although interlocking units are on the market, in standard square measurements of 4", 6",8" or 12". They are installed by one of two primary methods, either set into a thin mortar bed (called "thinset adhesive"), which also acts like glue, or a heavyset bed of 1-1/2" normal mortar base. For all ceramic tile installations, the floor must be built up to ensure the strength required to prevent tile or joint cracking. Often, installers put down a material called "cement board", which is much like drywall, but is made of glass fibers and cement. In any case, ensure that your installer will offer you a guarantee against future cracking or uplift of tiles. Ceramic tiles require little maintenance, but beware, water on glossy floor tiles can be very slippery, and many a time, a homeowner has resented the installation of a high gloss tile, over a bathroom floor area.
There are three main types of sub-flooring installed to cover and span the floor structure. It is over this that the finished floor will be placed. The sub-flooring types include raw sheathing, interlocking and strip. It is utilized not only to provide a surface for the interior finishes to be placed on, but also to prevent twisting or torque forces placed on the building. The sub-floor also allows load sharing within the joist framing system. Often the sub-flooring is glued to the joist work to eliminate creaking floors and to prevent the floor joists from turning.
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.
Traditional floor tiles can be difficult to replace as well. If one tile is damaged, in most cases all the tiles around it have to be replaced in the repair process. This is a costly and time consuming procedure. If one of the interlocking floor tiles is damaged, it is easy to pull the damaged tile up and replace it quickly. The repair time on broken interlocking tiles would take seconds, as opposed to the hours it would take to replace traditional tiles.