Belda Flooring July 12th, 2017 - 19:53:23
The third variable is installation costs. Our engineered product has labor savings over our solid wood product because it is pre-sanded and milled to tighter tolerances. It is also prefilled in the holes and has next to zero waste. On the other hand you may have a little more in cost of gluing it down in addition to nails, but this is just a step in direction of better quality and peace of mind during the install.
For the second variable here is a controversial opinion: we do not end match our flooring which means there is no tongue and groove on the ends of the planks. Since we recommend our floor be glued down we say this is an unnecessary expense for the customer. End matching reduces the yield in production and raises labor costs. Most end match profiles are milled so loosely that they really don`t hold the floor in place anyway. The biggest benefit to the installer is that the plank can be cut in half in any place and reused anywhere without have to mate up to a complementary tongue or groove since the end is just square cut. This means all end trim pieces or any waste can be reused. Therefore on our engineered flooring product the waste factor is virtually nothing unless there are angles or radiuses to work around. We also help with waste factor by usually supplying a random width product so when one gets close to the end of a room they can plan the width combination patterns out to not have to rip much off the last row.
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.
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.