What is Engineered Wood Flooring?
Engineered wood flooring is a type of wood flooring made by bonding multiple layers of wood together. The top layer consists of real hardwood, while the inner layers are typically made of plywood or high-density fiberboard (HDF), providing durability and resistance to changes in temperature and humidity.
If you are looking for engineered wood flooring installation for your home. Talk to our team, and we will help you with the best engineered wood flooring designs that are best suited for your room and space.
What is the Construction of Engineered Wood Flooring?
The construction of engineered wood flooring consists of three main components: the top veneer layer, the core layer, and the backing layer.
1. Top Veneer Layer
This is the thin layer of real hardwood that gives the engineered wood floor its appearance. It provides the authentic wood look and feel, and is typically made from high-quality hardwoods like oak, maple, or walnut. The thickness of this layer can vary, but it is usually between 0.6 mm to 6 mm thick.
2. Core Layer
The core layer is the middle part of the engineered wood flooring and is usually made of plywood, HDF (high-density fiberboard), or MDF (medium-density fiberboard). This layer is crucial for providing stability and strength to the flooring, allowing it to withstand changes in temperature and humidity without warping or buckling. The core layer is designed to resist expansion or contraction, making engineered wood more durable and stable than solid hardwood.
3. Backing Layer
The backing layer is the bottom-most layer of the engineered wood floor. It’s typically made from plywood or a moisture-resistant material. This layer helps to stabilize the entire structure, adding additional support and preventing the floor from being affected by moisture, which could cause the wood to expand or contract.
Why Should You Choose Engineered Wood Flooring?
The main reason to choose engineered wood flooring is its durability and stability in different environments.
Durability and Stability
Engineered wood flooring is designed to handle a variety of environmental conditions without compromising its appearance or durability. The multi-layer construction provides superior strength, with the top layer made from real hardwood and the core layers typically consisting of plywood or HDF (high-density fiberboard). This unique construction gives engineered wood greater stability compared to solid hardwood, which can be prone to expanding or contracting with changes in temperature and humidity.
This makes engineered wood ideal for installation in areas with fluctuating moisture levels, like kitchens, basements, or bathrooms. You can install it over most subfloors, including concrete, and it’s much more resistant to warping, buckling, and swelling. The natural wood veneer on the surface gives you the same beautiful aesthetic of solid wood, but with added practicality for everyday living.
Does Engineered Wood Flooring Scratch Easily?
No, Engineered wood flooring does not scratch easily compared to solid hardwood. Because Engineered wood flooring has a durable top veneer layer made from real hardwood, and many manufacturers apply a protective finish that increases its resistance to scratches.
The multi-layer construction, which includes plywood or HDF (high-density fiberboard) as the core, provides added stability and strength, helping the flooring resist damage from everyday wear. However, the veneer layer can still be scratched by heavy impact or sharp objects.
Where to Use Engineered Wood Flooring?
You can use engineered wood flooring in kitchens, basements, living rooms, bedrooms, and hallways.
1. Kitchens
Engineered wood is a great choice for kitchens because it is more resistant to moisture and humidity compared to solid hardwood. The layered construction helps it withstand spills, temperature changes, and everyday wear without warping or buckling, making it ideal for high-traffic areas like kitchens.
2. Basements
Basements often experience higher levels of moisture, which can cause solid wood flooring to expand or contract. Engineered wood, however, handles these fluctuations better due to its multi-layer construction. This makes engineered wood a stable and durable option for basement installations.
3. Living Rooms
Engineered wood flooring is perfect for living rooms because of its aesthetic appeal and durability. It gives you the classic look of hardwood but with enhanced stability, making it suitable for spaces with heavy foot traffic and furniture movement.
4. Bedrooms
In bedrooms, engineered wood adds warmth and sophistication. Its ability to resist humidity changes makes it a good option, especially in climates with varying temperatures. It’s comfortable underfoot, adding to the overall comfort and style of the room.
5. Hallways
Hallways, being high-traffic areas, require durable flooring. Engineered wood can withstand daily wear and tear while maintaining its appearance, making it an excellent choice for hallways where durability is key.