Engineered Wood Flooring

Engineered wood flooring is the perfect alternative to a solid wood floor and in fact if laid well, it is almost indistinguishable from it. In terms of cost, there is a difference, as engineered floors may cost a fraction of real solid flooring.

Both solid and engineered flooring bring the same appeal, natural elegance and beauty to any interior design. The major difference is that engineered wood is a glued product or composite material which has been manufactured by using separate strands or sections of and bringing them together by a manufacturing process. Wood which is otherwise unsuitable for use as large planks or sections can be whittled into chips or fibers and mixed with veneers, glue or other materials to form different types of engineered like plywood, glulam, parallel strand or veneer lumber. This composite material can then be fashioned into planks, panels or sections for suitable use. Flooring made from engineered wood can be stained, varnished, polished or finished to any kind of appearance that resembles solid. Thus wood flooring can be processed to resemble oak, cherry, pine, walnut, mahogany etc. Laminated flooring is also one of the products of engineered wood.

Current trends in wood flooring manufacture must take into account responsible and sustainable building design and environmental concerns. Using solid may not be the best option in such cases, as felling fresh timber is not advisable or legal in many countries. In such a situation, recycling and reclaiming old and antique timber has become the trend. The advantage here is that such timber is well-seasoned, durable, resistant to changes in temperature and pest-attacks. There is also a huge amount of such old timber available with the tearing down of warehouses, factories, barns, farms, windmills, old houses and mansions. Hence engineering these ancient planks and panels is the best option to convert to wood flooring.

Engineered wood floors are much more durable and able to withstand moisture better than solid wood – hence they can be used in areas where solid flooring would conventionally be avoided, such as kitchens. Since wood flooring is multi-layered, it can be refinished or used in a variety of ways. They are ideal as transition strips in areas like the wet and dry parts of your bathroom. They are extremely easy to lay over an existing floor whatever it is composed of, and this is known as the floating floor laying method. A layer of insulation separates the two and it is possible to lay on heating underneath. Engineered floors save time, effort and money. If you’re using a thin variety, it can even be glued down and removed whenever you want, making it a convenient and sustainable alternative to solid wood floors. Contrary to popular opinion, an engineered wood floor can last up to a century if maintained well.

Using a high-quality engineered flooring can increase the aesthetic appeal and resale value of your property.

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Sanding Engineered Wood Floors

Engineered wood floors are designed for a better compliance to changes of temperature and moisture levels in the subfloors and the environment. Comprising of a lower which may comprise of 1 or more layers of pine or ply and natural wood top layer which may vary from 3 to 6 mm.

The number of layers would define the overall thickness of the floor, which varies from 14 mm to 22 mm. The top layer however, defines the life span of the floors and the number of times the floors can be restored.

Floor sanding of 3 mm engineered wood floors, if carried out by certain rules may give a second chance of restoration. Restoring engineered floors is more or less taking out the top layer of varnish or wax and its re-application.

Start with 40G sanding paper with either rotary sander, trio sander  – both preferable on this type of floor, or the good old belt sander. Sanding with a belt sander needs a good control of machine, so experience is essential.

Being too careful or not careful enough – both may have disadvantage.  Making sure the sealant is completely removed by the initial sanding is important, as you won’t see it’s visible consequences (if the floors are to be varnished) until second coat of the new varnish is applied.

Usually, difficult to notice with a naked eye remains of the old varnish will stay inside the wood may become visible after the sealant is re-applied. This will happen because of unevenness of planks which may have been slightly bended or raised towards the edges of the planks. A bit of an extra sanding with a fine grid on a hand held sander may keep the trouble away.

After 40G sanding follow with 80G sanding paper and completed the floors with buffing and resealing.

The 6 mm multilayered engineered flooring will have more sanding. It is recommended to keep track of the number of sanding and type of equipments used for floor restoration  in a notebook for reference to the next company or floor men to carry out the works.

The floor sanding company attending the works will be curious about the history of the floor and cautious on their quotes. Most likely the responsibility for the results will lay on your hands and keeping a record of the floor restoration will help you be accurate in your decision.

Find more information on floor sanding and engineered flooring products.

Solid Wood Floors Vs Engineered Wood Floors

Installing any of the hard wood floors Frisco can offer you is an excellent choice for raising the value of and adding beauty to your home. Whether you plan to hire professionals for the installations, or you are a hardcore DIYer, there are a few things to consider about your hard wood flooring options.

True hardwood flooring is available in either solid wood or engineered wood solutions. Both have their advantages and disadvantages, and certain things are required for each. Different locations may require a different type of flooring, so make sure you do your homework before you go out and spend a fortune of flooring you may or may not be able to use.

Engineered Wood Floors

Engineered floors are quickly becoming the favorite around the world. These floors are constructed much like plywood, with layers of wood pressure glued together with the grains alternating. The top or wear layer is a hard wood veneer that is the surface that people will see and use. Engineered floors are available in most, if not all, the same woods as solid floors. The advantages of this type of flooring are ease of installation and durability. Due to the ply construction, these floors handle moisture and temperature changes much better than solid wood floors will. These floors can be installed in places such as basements and garages, thanks to their ability to handle temperatures and moisture. The disadvantage is that you are limited in the amount of refinishing you can do, dependent on how thick the wear layer is.

Solid Wood Floors

For the time being, these are still more popular in North America. These floors are not made like engineered floors, instead, each plank is made of one piece of solid hardwood. Engineered and solid wood floors will look the same because the top layer of and engineered floor is real hard wood. From the side you will notice the different. Solid floor slats or planks are more susceptible to changes in temperature, as well as moisture. This can be bad, or it can give the wood more character as it ages as long as they are properly cared for. The major advantage of this type of floor is that you can refinish it many times and with proper care it will last for more than a century. These floors can not be installed below grade, or in places that are not temperature controlled.

Engineered wood floors are best for DIYers in general, because solid floors require a good amount of know-how. Either solution will give you great looking hard wood floors in Frisco.

Katherine Smith is an author on a variety of topics, including Wood Floors Frisco. She writes to educate and enlighten people so that they can make informed decisions about Hard Wood Floors Frisco related topics. Katherine Smith is a freelance writer who resides in Chicago. More info at