Engineered Flooring

Engineered flooring, on the other hand, has been carefully developed and constructed. The natural wood floor developed from a tree is no longer present, and let us look at what it entails in more detail.


Engineered Wood Flooring Installation

The ornamental layer on an engineered wood floor must be genuine wood. Engineered floors can only have a natural decorative top layer, unlike laminate flooring, which may have a print as the decorative layer. A laminate floor is constructed from actual wood. The ornamental surface is made of wood chips; however, the core HDF material is not made of genuine wood.

The genuine wood ornamental top layer may be any thickness. Thicker top layers, on the whole, have a longer lifespan and may be sanded more times. It's also worth mentioning that a thicker top layer might increase the price.

The core board is the second component of engineered flooring, and this serves as the foundation to which the ornamental layer has adhered. The importance of the core board cannot be overstated, and it gives the overall floor strength and stability. When it comes to moisture and heat fluctuations, the core is constructed of more durable components than solid wood flooring. Engineered wood flooring comes in a variety of core board kinds.

The entire thickness is shown first, followed by the top layer thickness. EG 18/5mm is 18mm total thickness plus a 5mm real wood top layer.


Engineered Flooring Types

The most prevalent kind is a multi-ply engineered wood floor. It has the closest underfoot sensation to real wood flooring. The numerous layers give additional cupping and over-expansion resistance. Typical total thicknesses vary from 13mm to 20mm. The core plywood is added strength provides stability in extended widths of up to 350mm.

Another common option is a 3-ply engineered floor. When fitted, it feels terrific while also offering excellent resistance to cupping and overexpansion. The average total thickness is between 12 and 18 millimeters. The only 3-ply core is recommended for boards with a width of up to 200mm. This is because the core is not as robust as a multi-ply core, and, as a result, broad plank wood floors may be unstable.

A less frequent variety is HDF core engineered flooring. They are, nonetheless, becoming more popular due to their versatility. The core integrates seamlessly with DIY-friendly click-to-install systems, making setup quick and easy. Because high-density fiber cores are inherently sturdy, the overall thickness of the floor may be lowered, making transitions between different floor types simpler.


The Benefits of Engineered Products

The natural qualities of engineered wood flooring are visible since the surface is made of actual wood. There are, however, additional benefits to consider.

  1. The increased stability is preferable for older houses that are more susceptible to temperature and humidity fluctuations.
  2. The increased stability also enables larger installations.
  3. Engineered wood flooring underlay may be utilized to provide additional leveling and insulation.
  4. Engineered Flooring has a considerably wider range of options due to its popularity.
  5. Because of their added solidity, these floorings are often suitable for click installation.
  6. There is a significant reduction in the risk of cupping.


Comfort and Appearance

Engineered flooring has a more appealing appearance than laminate flooring. Because the top is made of solid wood, it can withstand wear and tear.


Engineered flooring is entirely made of wood. As a result, it feels firmer underfoot than laminate flooring, much like real hardwood flooring. Engineered hardwood flooring is smooth and splinter-free because it is pre-sanded and treated.



When properly maintained, premium engineered flooring with a thick veneer may last 20 to 50 years.

Engineered hardwood flooring has a dimensionally stable foundation core made of high-quality plywood. This implies that the plywood's layers when set perpendicular to one other, withstand swelling and expansion better than laminate or even solid hardwood when exposed to water.

Although engineered flooring may scrape and gouge, small scratches can be removed by carefully sanding the veneer.

Engineered hardwood may last a lifetime depending on the thickness of the veneer that covers the flooring, the quality of the flooring utilized, and how well you care for your floors. Each of these aspects has a significant impact on the lifetime of any floor in your house.

Our Floorcraft engineered hardwood adds performance, style, and value to your house, and you can select from a variety of designs, such as sleek and smooth or rustic and scraped, thanks to our remarkable alternatives.

Engineered hardwood can be put in every area of your house, including the basement and bathrooms, thanks to advanced production procedures. There are no significant moisture concerns, and a protective moisture barrier is in place.

Engineered hardwood is less costly than hardwood, allowing you to use this fantastic flooring choice in several rooms.


Typical Misconceptions

We hear a lot of common misunderstandings regarding engineered wood flooring at Wood Floor Warehouse. It is important to be aware of them to guarantee that your floor lives up to your expectations.

  • Scratch resistance is not much better than that of solid wood flooring. The top layer is still made of actual wood; therefore, it will be susceptible to scratches and blemishes. (Unless it is our anti-scratch wood flooring, which has a specific layer of protection).
  • They are not water-resistant. Although the stability against moisture is better than in solid wood, it is still vital to keep the moisture levels within the specified range.
  • Expansion gaps are still necessary. Although engineered wood flooring expands less than solid wood, it nevertheless moves in response to variations in temperature and humidity.
  • It is OK to sand, and you will be able to sand and refinish your floor numerous times if it has a top layer of 3mm or more.


Final Words

Engineered flooring, often known as engineered hardwood flooring, is made out of a strong core of superior, dimensionally stable plywood with a thin hardwood veneer on top. The thickness of the veneer varies between 0.5 and 4.5 millimeters.

Engineered flooring must be laid over a subfloor since it is a floor covering. Engineered hardwood is made out of panels joined together with tongue and groove joinery, much like solid hardwood. Engineered hardwood may be bonded or nailed down to the subfloor.


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