Examine the wood floor in the image on the right closely. An astute observer would deduce that this rich expanse is constructed of solid red oak strips, one of the most common American hardwoods. Mostly, that eye would be mistaken. Yes, the top is made of oak, but it is merely a veneer of wood. Additional thin wood layers are bonded together beneath to form a plywood sandwich known as engineered flooring.
Engineered wood floors, which now make up 30% of all wood flooring sold in America today, have advanced in beauty and performance since its development in the 1960s. These high-tech boards, which come in dozens of wood species and with innovative surface finishes like hand scraped for a weathered patina, fit well in any antique home, whether it’s a 1910 foursquare or a raised ranch from the 1970s.
The majority of boards are suitable for foot traffic the day you lay them down since they have factory finishes that will outlive those applied to real wood in your home. Engineered boards are also problem-solvers since they let you use them in places where solid strips frequently can’t, including directly over concrete slabs or in basements. Even better, thrifty homeowners may install the boards themselves, saving money on professional installation and achieving excellent results in only one weekend. But you can also experience inexpensive engineered wood flooring in North London to avoid costly installations services.
Location to Install:
Engineered flooring can be installed anyplace solid wood can, yet in other cases, it can’t.
Basements are perfect place:
Solid wood flooring suffers damage from the moisture that collects here. The wood’s inherent inclination to expand and contract in humid environments is lessened by the crisscrossing pattern of veneer layers utilized in engineered boards, which resemble plywood. Where headroom is at a premium, the boards’ smaller profile is beneficial.
With normal 3/4-inch solid flooring, transitions between different flooring types at entrances and stairways would be cumbersome or impossible. However, the range of thickness possibilities, starting as little as 14 inch, allows you to finesse these transitions. Any flat, sturdy surface, including ceramic tile, sheet vinyl, and preexisting wood floors, may be covered with engineered flooring.
More than Radiant Heat:
Thinner engineered boards are more sturdy and better at transferring heat than thick solid wood. The ideal flooring is those that float since they don’t require nails or staples that may pierce wiring or hot-water tubing. Before employing a foam underlayment, which obstructs heat transfer, consult the manufacturer of the radiant heating system.
Where to Avoid Using It:
While engineered flooring is more resilient to changes in moisture than solid flooring, it still has drawbacks. Even sturdy engineered boards are vulnerable to the wet feet, drips and soggy towels of a crowded bathroom when combined with shower steam. Laundry rooms are threatened by the same thing.