Even though natural hardwood floors have been around for a long time, modern engineered hardwood flooring is increasingly popular. Engineered flooring has properties that aren’t found in natural hardwoods because of the manner it’s made. It is also significantly less expensive to install in your home, and it may be used in regions where moisture is an issue, such as basements. Engineered hardwood flooring and natural hardwood floors are made in distinct ways.
The planks on natural hardwood floors are constructed entirely of one piece of wood. Engineered flooring, on the other hand, uses natural hardwoods exclusively for the top layer. Engineered hardwoods have the same look and feel as solid hardwoods but at a fraction of the price. Top layers of oak, pine, ash, teak, or bamboo are available in engineered hardwoods. The product’s bottom layers are made of woods that can quickly regenerate in nature and are significantly more cost-effective.
Engineered flooring’s core layers can be made of medium- or high-density plywood or fiberboard, and the number of layers varies according to the manufacturer. Typically, three layers of timber core will be used to construct the floors.
However, flooring with a core made up of five to seven layers of wood materials is available. The amount of layers in the core has a direct impact on the engineered hardwood flooring’s durability. Natural hardwood floors can be affected by weather variations, causing them to expand or compress to the point where they wrap or buckle. Engineered hardwood floors have the advantage of having a core that allows the flooring to expand and compress without causing significant damage.
Engineered flooring may be used in many more areas and situations than natural hardwoods because it can adapt to all weather far better. Most individuals are hesitant to install hardwood flooring in humid or wet sections of their houses, fearing that they would be harmed. Engineered hardwood floors eliminate this concern, making them ideal for usage in bathrooms and basements.