The manufacturing process for engineered wood flooring is complex and multifaceted. It begins with acquiring veneer, which can be obtained from various sources or created in-house through processes such as slicing or peeling dried lumber. The logs are then measured, weighed, and stored in wet conditions before processing. Subsequent steps involve cutting the logs into veneer, drying the veneer, assembling the layers, and applying glue.
The product undergoes quality control checks before being assembled into individual flooring pieces. The final steps include sanding, applying finish, and grading the product before it is boxed and marked for sale. The entire process is highly specialized and involves various quality control measures. This method will ensure the production of high-quality engineered wood flooring.
Climate Resistant
Engineered wood flooring is less sensitive to changes in temperature and moisture than solid wood flooring due to its composite core layers. While some warping may still occur, it is typically less severe than that seen in solid wood floors. Moisture issues, such as standing pools of water, can cause warping in engineered wood floors, but the overall amount of swelling and shrinking is far less than that seen in solid wood floors.
Engineered wood floors are versatile and can be installed anywhere. This makes them ideal for basement installations or for other areas that may be susceptible to moisture issues. They can be installed using fasteners, glued down, or floated. To prevent warping, it is important to address moisture issues and properly acclimate the flooring before installation.
When to Use Engineered Wood Floors
The development of engineered wood flooring has been remarkable, originally intended for use on concrete slabs or in basements. However, over the past two decades, technological advancements have significantly expanded its suitability for almost any environment. Also including areas traditionally suited for plank floors.
When choosing engineered wood flooring, it is essential to consider its internal construction as well as its outward appearance. The availability of different thicknesses allows for its use in various applications without the need for awkward transitions between different flooring materials. This is particularly beneficial in areas such as kitchens or bathrooms with tile floors. There, the use of engineered wood flooring can eliminate the need for large transition strips and reduce the trimming of doors.
While engineered wood floors were initially designed for use over concrete slabs, thicker versions can now be nailed down over a wood subfloor. It’s very similar to the installation of a plank floor. This versatility and the potential for cost savings make quality engineered wood flooring a compelling choice for both new construction and renovations. This offers a practical and durable alternative to traditional solid wood flooring.