Nynette Flooring July 27th, 2017 - 20:40:36
Interlocking floor tiles are also useful to those who might only want to make a temporary change to their floors. Traditional tiles require adhesive and caulking, which frequently results in damage to the underlying floor. Interlocking tiles do not usually require any adhesive at all and can be pulled up as needed. This allows for more versatility should the user decide to change their floor back or install a different set of interlocking floor tiles.
When it comes to price, interlocking floor tiles are significantly less expensive than standard tiles. The need for additional flooring or plywood, adhesive, tools and man hours can make standard floor tiles thousands of dollars more expensive than interlocking floor tiles. Interlocking floor tiles require very few tools and in most cases, can be placed directly on the floor and hammered in with a rubber mallet. They are also much easier to install without the assistance of a professional. This eliminates the need to hire expensive contractors to do the work. People who choose interlocking floor tiles can expect to save anywhere from $500 to $5000 depending on the area being tiled and the expense of the tile chosen. For a percentage of the traditional tile cost, those who choose interlocking tiles receive the same quality floor or better.
So let`s start off this article with talking about the number 1 reason our engineered oak floors have the upper hand over solid oak floors, this being it`s stability. A quality engineered board will be made up of around 10 layers of multi laminated birch ply wood. These layers are stuck in opposite directions with a moisture resistant adhesive and this gives the floor an immense amount of stability. We have been asked before by customers who have researched the market how strong the adhesive is as they have heard of stories of engineered wood flooring de-laminating.
The manufactured joist, which is a relatively new product, is often manufactured from low cost materials in the shape of an I beam, similar to steel beams in larger buildings. What this means is that the joist is constructed with a thicker top and bottom edge, and generally interlocking aspenite vertically spanning between the two. These systems are very strong, often capable of spanning the entire width of the building.