Engineered Flooring Top Layer Thickness

However the end result is less than impressive when compared to a real wood floor.

Engineered flooring top layer thickness.

Engineered wood floor is a great flooring solution offering a huge range of colours and styles but choosing the right thickness of your engineered wood floor is a tiny bit more complex than selecting the right colour and style. Engineered hardwood flooring features a top layer of hardwood veneer over a plywood hardwood or hdf high density fiber board core. Complete with the texture feeling and strength of an actual hardwood floor. It is this construction detail that will play the biggest role in how your floor looks how stable it will be and how long it.

Laminate is cheaper when bought in bulk though which is a consideration factor. An engineered floor with a 3 millimeter top for instance can handle two refinishings. Engineered hardwood flooring consists of a thin layer of wood on top veneer and multiple layers of backing the core. Floors with a wear layer less than 2 millimeters thick can tolerate a light scuff sanding with a buffer.

When a floor is sanded and refinished a small portion of the wear layer thickness is being removed. Because engineered hardwood veneers are made from real wood and not a photographic layer they have the natural characteristics of the selected wood species. They make engineered hardwood flooring by laminating a solid hardwood veneer on top of a plywood base or similar material. Thicker top layers can be sanded just like solid wood allowing you to erase deeper scratches and dents.

The thickness of the veneer and the core varies depending on the design and the manufacturer. The thickness of the solid wood wear layer is crucial to the overall quality and longevity of your engineered flooring. The veneer is a slice of wood usually about a 1 8 inch 3 18 mm thick glued to the plywood base. 2mm is a decent veneer thickness while 3mm and above assures you of a high quality flooring that can be refinished multiple times with a 50 year plus lifespan.

This is how the thickness of a wear layer becomes important in selecting an engineered floor. The top layer though is actual hardwood.