Floors Flooring is one of the main elements of a house’s interior. If you want a healthy and comfortable living space, you must choose the right flooring option.
Engineering Floors -Engineered hardwood flooring can be a great investment. It adds a timeless appeal to the property. It is perfectly suitable for a heated floor system.
The Types of Engineering Floors There are two types of engineering floors: two-ply and three-ply.
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Two-ply Engineering Floors:
Two-ply Engineering Floors are relatively small in size: 7–12 cm wide, 50–100 cm in length and 10–12 mm thickness.
The panels are glued on two layers of wood – upper and lower.
* The upper layer is hardwood which is usually coated with varnish or oil;
* The lower layer is a base, leveling, made of solid plywood, OSB panels or coniferous wood.
It has tongues and grooves for Engineering Floors joining with each other.
Three-ply Engineering Floors:
Three-ply engineering floors are relatively bigger in size (14 – 22 cm wide, 210 – 240 cm in lenght, 13 – 19 mm thickness)
*Upper layer-usually from precious wood, 3-6mm thickness;
*Middle layer-pine balks;
*Bottom layer- coniferous shell.
The three layers are glued perpendicular to each other.
- “Floating” or it is possible to stick to a smooth concrete or wooden substrate.
- A larger dimension of Engineering Floors to the wooden substrate can also be glued and secured with nails.
Features of Engineering Floors:
* They are relatively resistant to humidity.
*Engineering Floors almost “do not walk”, do not undulate, and do not crack;
* The product is completely finished, it only remains to be laid;
*The production of multilayer wooden flooring consumes much less precious wood, which is associated with ecology and economy;
* The Engineering Floors variety is extremely large: it is possible to choose from a wide variety of timber, different shade and effect, as well as the width of Engineering Floors.
It is recommended that the upper layer be as large as possible, as it will be easier to polish and re-polish when scraped off the surface.
When choosing Engineering Floors it is necessary to draw attention to their dimensions.
It’s better to be as large as possible, which can be avoided by frequent butt-joints.
Bigger Engineering Floors better keep stability.
*Fast and heavy floor laying;
*Stable bonding that prevents boards from moving and creating unwanted spaces;
*Excellent thermal insulation, suitable for a heated floor system;
*Can be laid in ornaments;
*Do not undulate.
*Must be the ideal flooring fundament, especially when laying on a ‘floating” method, because it can crumple;
*Considerable amount of glue and materials;
*More expensive work price.
If the concrete floor is at home, it is best to stick Engineering Floors on to concrete.
It is also advisable to do this if the floor is heated.
However, Engineering Floors can be laid and “floating” – just by slipping on the base.
The floors are usually varnished or oiled.
Varnished floors are usually more durable.
Oiled floors are more delicate and milder, but require more frequent refurbishment and maintenance.
Engineering Floors are installed once, later they can be sanded.
On average, home-made varnished Engineering Floors should be sanded every 10 years.
If Engineering Floors are oiled, the renovation will require every 3 years.
High quality, glued Engineering Floors can serve life-long.