Belda Flooring July 18th, 2017 - 19:30:50
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.
Strip floors, were once the most popular type of sub-floor installed. But with the introduction of manufactured sheathing products, it has become less utilized. Strip floors consist of 1" by 6" or 8" boards, placed diagonally over the floor joist framing system. It is slightly more expensive to install, and requires experienced tradesmen. To install such floors properly, the lumber should be non-kiln dried, with a relatively high moisture content. This may seem odd, but in reality, as the wood dries out, it will shrink.
Many people also have questions about the tiles durability and use. Interlocking floor tiles are usually placed on the floor underneath it, meaning there is no adhesive or floor base. Some may become concerned that the interlocking tiles will become loose easily due to the lack of adhesive. This is not the case. Tile floor systems are designed to lock together permanently. When appropriately installed, the interlocking floor tile should remain exactly as it was placed until the user decides to move it. Interlocking tile floors are appropriate for any use, from industrial to residential. This interlocking flooring system does not have as much risks compared to traditional tile flooring.
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.