Published at Monday, July 31st 2017. by Calantha in Flooring.
Some think of interlocking tiles and immediately think of ugly, heavy, rubber flooring used in the industrial sector. This could not be further from the truth. While interlocking tiles were initially created to serve the industrial sector, they have come a long way since that time. Interlocking floor tiles are now available in an array of finishes and material types. They can be purchased in rubber, plastic, vinyl and porcelain, among many other high quality materials. Virtually any tile material that can be used in a traditional installation can also be used in interlocking floor tiles.
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.
Undoubtedly you`ve seen wood floors where it seems that the edges or seams of boards joined together curl up or the width of a board creates a bow like upward arc in the middle. These are indications of moisture damage to a wooden floor. For example, there have even been instances where moisture damage caused floor boards to arc together to raise a full length sofa about three feet into the air. That was merely from the curl effect and strength of water on wooden floor boards. So, by all means do dry any spills to keep moisture and liquids away from your wooden floors.
One drawback is that this type of floor requires special hanger systems designed for the joists, to enable them to be hung from each other or against beams/bearing walls. Manufactured joists are becoming a popular flooring system, for they are relatively cheap, reduce labour time and provide adequate support. However, builders need to familiarize themselves with its installations, for poor installation can cause severe structural damage to the joists. A good example is a three point, center bearing joist, left with the top chord uncut, which can potentially fail or pull apart, over the center bearing point.
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.
With reclaimed material waste factor is a huge variable. How much effort does the manufacturer take to give you a 100% usable product? Poorly milled with very little defecting and culling done on a solid wood floor that costs $6/sf and has a 15% waste factor actually costs more than a similar product that is milled better costing $7/sf with a 2% waste factor. That extra wastes costs more in shipping and labor to defect. This is one of the hardest things to demonstrate to a customer that the face value costs doesn`t necessarily represent the actual raw material cost unless one is truly comparing identical quality and specified products.