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LAKE CABINET & FLOORING, INC.The Warmth of Real Wood Flooring |
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Contact us today and we can help you select the best wood floor for you. Or use the guide below to help you get started selecting the perfect wood floor for you and your family. Please click on the underlined links above to visit some of our featured brands of wood flooring. Hardwood flooring adds beauty, quality and value to your home. It's a smart investment that most people can enjoy for a lifetime. Hardwood flooring is real wood and provides warmth, character and sophistication to your home. Also, visit our Care page to learn how to properly maintain your wood flooring.
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What's Hot !
Be sure to check out the Great Deals page for some spectacular wood flooring specials!
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Basics of real wood flooring (Wood Flooring 101)The term Hardwood flooring applies to varieties of wood that are made entirely of wood. There are two standard forms of real hardwood flooring. Solid and Engineered.
Construction types:
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| Prefinshed Wood Flooring
Grades
Clear Grade - Most uniform in color,
longer lengths, virtually no blemishes or knots. Unfinished Wood Flooring Grades
Clear Grade - Most uniform in color,
longer, lengths, virtually no blemishes or knots. |
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Which is better ? Engineered or Solid ?
In looking at these pictures, what's your first reaction? Like a lot of people, you probably said to yourself, "the solid wood must be better because it's twice as thick". Well, guess what, you're not correct. Before I go into why, let me explain the black line drawn on an angle on the picture of the solid wood. This represents where a nail would be driven into the floor during installation. Now allow me to explain. When comparing solid wood to engineered wood, we tend to think about resurfacing or "refinishing" the floor years down the road. This of course is directly related to the longevity of the flooring. Thinking about resurfacing the floor sometimes is the reason we may be mislead into believing that the solid floor is better or will absolutely last longer. This is not so. Let's refer back to the pictures above. While there is no question that the solid wood floor is much thicker, take a look at where the nail is. When doing your resurfacing, maybe on the second or third resurfacing about 60 to 80 years from now, you are going to run into (literally) one of two things. It will be the nails with the solid wood floor, or the plywood core on the engineered floor. So, with that statement, now do you believe that the solid wood will really last longer? There are also other important factors to consider. A solid wood floor is usually less stable than an engineered wood floor. When I say less stable, I am referring to moisture and expansion related to that moisture. When you get climate changes in your home, which you absolutely will, wood flooring expands and contracts. This is true more in this part of the country than anyway in the U.S. We have a large swing in both temperature and humidity levels. You may have or noticed a solid wood floor that has shrunk in our low humidity, dry, cold winters. Solid floors that are nailed down my show large cracks where two boards meet. This condition usually lessons in the summer when the boards swell shut. With solid wood flooring, it generally expands and contracts a lot more than the engineered wood, especially in the width dimension. solid wood floors that where installed in the summer tend to open in the winter. Those installed in the winter sometimes even buckle or peak in the summer when they expand. Engineered wood flooring is constructed to be dimensionally stable, while most solid wood floors are simply cut pieces of wood from a tree. Engineered flooring is more stable because the layers are crossed counter act the width growth. Considering solid wood floors are cut pieces of wood, there is a lot more room for error or "cabin grade" type wood to be used. What we're saying here is that if you happen to see a solid wood floor real cheap, you are probably getting exactly what you are paying for, junk. While the same holds true for engineered wood floors, there is a lot less cabin grade around. As we mentioned, the solid wood floors
expand more than the engineered, and they expand vertically as well as
horizontally. While you get little to no vertical expansion with most
engineered wood floors, you may get a lot of this vertical expansion
with the solid floors. Vertical expansion is when the boards will
actually grow up and shrink down in addition to the side to side or
horizontal expansion and contraction. The end result of this can be
raised boards that sometimes catch your shoes and become a trip hazard.
When looking at wood flooring samples, you will notice that most solid,
pre-finished wood floors have beveled edges. These beveled edges
counteract the raised boards that can become trip hazards, and sort of
act as a smoother for the joints. The down side to this is the
appearance. The beveled wood floors are not as natural looking. Also,
when you get horizontal contraction, when the boards may shrink
slightly, unfortunately the bevel edges tend to accentuate these gaps or
basically make them look bigger. We have also heard complaints from
customers who have had this type of wood flooring, that the bevels seem
to hold the dirt when trying to clean the floor. This could be true
depending on the depth of the bevel. Engineered wood floors are available in styles that have different installation methods. They include floors that can be installed using staple down, glue down, or free float methods. Additionally, with other installation methods you get those uneven gaps due to the standard expansion and contraction that we talked about previously. With floating engineered wood floors, when they expand and contract, they do so as one whole unit, not as individual planks so you see no change. Please remember that solid woods can only be used on grade (ground level) or above, while engineered wood can also be used below.
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A basic hardness chart (hardest on the top) and brief description
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