Engineered hardwood floors differ from solid hardwood floors because they're made by cross-laying three to twelve ply layers, then gluing them and pressing them together. The planks will often be three to seven inches wide and can be up to three quarters of an inch in depth. The inner cores are made of hardwood or perhaps softwood plywood, then a hardwood veneer, or the wear layer, is mounted on top of them. Practically any type of hardwood can make up the top layer of engineered hardwood floors, much like solid hardwood floors. The wood can be oak, birch, maple or many other species. More often than not, engineered hardwood flooring is cheaper than solid hardwood flooring.
Engineered hardwood floors are more suitable for use in humid rooms like the bathroom or kitchen because they're more moisture resistant than solid wood floors. Furthermore, they're great for locations where the temperature and then humidity are generally not controlled for long periods of time. Provided that the moisture content of the concrete is low, engineered hardwood floors may also be placed over concrete basement floors. On the other hand, it could be wise to use a floating floor for a basement. These can enable the installation of sleepers, a vapor barrier, and a subfloor over the concrete, which is why they can be best. Also, engineered hardwood flooring could be glued over a wood subfloor.
The ground may experience from between 30 to 100 years, depending on the type of wear layer. Some varieties of engineered hardwood flooring have such a thin wear layer that they cannot be sanded or refinished more often than once and can simply be resealed when the finish fades away. Floors with a thicker wear layer may be sanded one to five times.
Engineered wood floors are produced in one of two ways. In the first way, the wear layer is sawn from the log, which brings out the natural grain of the wood and permits the wear layer to be a bit thicker. Also, the wood may be taken off of the log with a large knife blade because the layer could be rotary cut. The grain of wood may be even more ornate than that of a sawn-cut wear layer when this way is utilized.
In terms of remodeling a home, the width of the planks as well as the color of the wood is completely the homeowner's choice. A room can look much more formal with narrower planks. Pale wood tends to make a room look larger, while dark woods and then dark furnishings in general tend to make the room look smaller.
Even though the job is pretty labor intensive, engineered hardwood floors are reasonably easy to install by a lay person. The homeowner will need some basic carpentry skills, some patience, and several tools like tape measures, chalk lines, framing squares, and also power nailers. The homeowner would be smart to just block out the entire day for the job although some home repair books say it takes only about five hours to lay the floor in the average sized room.
The homeowner may also finish the floor when it is laid by renting equipment like a disc edge sander and a drum sander. Nonetheless, it may be best to leave it to a professional because finishing is really a noisy as well as messy job.
Engineered hardwood floors are more suitable for use in humid rooms like the bathroom or kitchen because they're more moisture resistant than solid wood floors. Furthermore, they're great for locations where the temperature and then humidity are generally not controlled for long periods of time. Provided that the moisture content of the concrete is low, engineered hardwood floors may also be placed over concrete basement floors. On the other hand, it could be wise to use a floating floor for a basement. These can enable the installation of sleepers, a vapor barrier, and a subfloor over the concrete, which is why they can be best. Also, engineered hardwood flooring could be glued over a wood subfloor.
The ground may experience from between 30 to 100 years, depending on the type of wear layer. Some varieties of engineered hardwood flooring have such a thin wear layer that they cannot be sanded or refinished more often than once and can simply be resealed when the finish fades away. Floors with a thicker wear layer may be sanded one to five times.
Engineered wood floors are produced in one of two ways. In the first way, the wear layer is sawn from the log, which brings out the natural grain of the wood and permits the wear layer to be a bit thicker. Also, the wood may be taken off of the log with a large knife blade because the layer could be rotary cut. The grain of wood may be even more ornate than that of a sawn-cut wear layer when this way is utilized.
In terms of remodeling a home, the width of the planks as well as the color of the wood is completely the homeowner's choice. A room can look much more formal with narrower planks. Pale wood tends to make a room look larger, while dark woods and then dark furnishings in general tend to make the room look smaller.
Even though the job is pretty labor intensive, engineered hardwood floors are reasonably easy to install by a lay person. The homeowner will need some basic carpentry skills, some patience, and several tools like tape measures, chalk lines, framing squares, and also power nailers. The homeowner would be smart to just block out the entire day for the job although some home repair books say it takes only about five hours to lay the floor in the average sized room.
The homeowner may also finish the floor when it is laid by renting equipment like a disc edge sander and a drum sander. Nonetheless, it may be best to leave it to a professional because finishing is really a noisy as well as messy job.
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