Engineered wood flooring is comprised of numerous wood layers that are capped by the veneer of solid wood that usually differs when it comes to thickness, averaging about 5mm, yet usually exceeding 10mm based on the product’s quality. The uppermost layer is the portion that consumers can see, giving the feel and look to the engineered wood flooring solution. The different layers will then be secured through the use of special glue for wood that can resist both moisture damage and deterioration.
There are different advantages that can be attained when you choose engineered wood flooring than other options available. First and foremost, the floor is made of solid wood that makes this type of flooring look more common by nature. It is also ideal for installation on top of most various forms of surface which include normally complex concrete floors. Besides, it’s also considered easier and more flexible to both install and maintain compared to some other flooring options available.
It just not cuts down the extra costs for the finishing products, yet it also means that the flooring is ready to be installed straight from the box, so there is no need to spend more time for the labor. Do not forget, on the other hand, that this form of flooring isn’t appropriate for the installation in the utility regions and bathrooms, wherein regular exposure to extreme moisture might trigger movement between the boards to take place.
Is engineered wood flooring sturdy enough? Well, the simplest answer to this question is a simple “yes”. Remember that the better attention and care that you provide to your floor, the longer it would likely to last. The maintenance for engineered wood flooring is easy to perform and it could be as simple as applying a high quality wood and laminate cleaner on a regular basis. Such specialist cleaners are known as the neutral detergents which then create a self-polishing film which is extremely resistant to dirt and wear, which aids to thoroughly clean and provide protection for the product.
Further intensive maintenance may also include sanding down the whole surface or the damaged portions of the wood. Do not forget that there are just a few times that the manufacturers suggest sanding down the engineered wood flooring. Usually, a sanding machine would remove from 0.25mm all the way to 1mm from the uppermost layer. When it comes to the varieties of engineered wood flooring that are featuring thinner veneer sheets, it has to be done rarely and carefully.
The durability of engineered wood flooring can also depend more on the mentioned thickness of the uppermost sheet that can differ considerably. In general, a board with improved quality would feature a much better and thicker veneer layer, providing the product with thicker, sand able region. On the other hand, the quality and kind of the wood are also playing an important role. Another significant benefit to consider when choosing engineered wood flooring instead of solid wood flooring is that it is suitable to use on top of the famous underfloor heating systems.
Solid wood flooring is not suitable to use in combination with the underfloor heating since most wood varieties are known to be unstable when being subjected to temperature changes. They are also likely to contract ad expand more that later on causes movement in the flooring. It is not the case when it comes to engineered wood flooring as it is a composite type of product and it will not respond in the same manner to the changes in temperature.