Epic Engineered Hardwood Flooring Austin Texas
Many Hardwood Flooring Brands Available At Your Front Door!
A Green Option For Those Seeking Hardwood Floor Looks
Engineered hardwood is the fastest-growing segment of the hardwood market. Our company is proud to offer one of the premier engineered hardwood collections available—Epic from Shaw Floors.
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What’s so great about Epic? It’s a premium product that provides advanced visual, technological, installation, and long-term performance solutions over conventional solid and engineered hardwood flooring products. It comes in a vast array of sizes, species, surface textures, and price points. Epic can go where other hardwoods can’t—over concrete, in basements—which isn’t possible with ¾” solid products.
Any installation method can be used, and no acclimation is needed.
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Compared to others …
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Epic is harder, denser, and greener than comparable floors.
Engineered Hardwood Flooring Is...
Harder
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Because of the hardness of Epic’s center core, EnviroCore(R), Epic performs substantially better than ¾” solid and comparable ½”-thick engineered products with softer cores.
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Janka Scores:
Oak—133% of hardness of solid oak, 125% of hardness of ½”engineered oak
Hickory—120% of the hardness of solid hickory, 136% of the hardness of ½” engineered hickory
Maple—141% of hardness of solid maple, 139% of hardness of ½” engineered maple
Cherry—190% of hardness of solid cherry, 195% of hardness of ½” engineered cherry
Walnut—202% of hardness of solid walnut, 159% of hardness of ½” engineered walnut
Denser
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Epic’s 3/8” EnviroCore is denser than ¾” solid oak and all engineered products with softer plywood cores. The result is better overall performance and stability but in a more environmentally responsible thickness. More “solid” wood fiber per cubic inch than thicker ½” engineered and even ¾” solid oak!
Comparisons to Epic
½” Brazilian Cherry = 28% less dense
½” Oak = 29% less dense
Solid Oak = 40% less dense
9/16” Maple = 44% less dense
Greener
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Epic’s EnviroCore is now Third Party Certified to comply with the US Environmental Protection Agency’s guidelines for Environmentally Preferable Products.
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EPP Certification requires that products must be made from 100% recycled and/or recovered fiber and meet the CARB requirements for formaldehyde emissions.
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This is the first EPP certification program accredited by the American National Standards Institute (ANSI), and it is also accredited by the Standards Council of Canada (SCC).
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The verification for additional LEED credits is underway.
Other Information About Our Engineered Hardwood Flooring...
Comes in premium oak, maple, hickory, cherry, and walnut species
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Available in two widths and three ultra-premium finishes that provide maximum wear resistance for lasting beauty
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Lifetime Wear Warranty
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Qualifies for LEED for home
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Made in the USA
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Featured in the HGTV Green Home for 2008 and 2009
2 Trees Minus 1 Tree Equals Epic:
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Epic uses fewer resources, thanks to EnviroCore, which is made from every part of the tree that would otherwise have been burned or sent to the landfill. 3/8” Epic uses 50% fewer trees—that is, for every two trees used to make 3/8”-thick conventionally engineered hardwood flooring, it only takes one tree to make the same amount of Epic 3/8”-thick hardwood flooring.
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Check out the many benefits of EnviroCore—Shaw’s dense inner core made of recycled wood by-products:
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Greatly improved moisture tolerance over traditional solid or engineered wood flooring which enables—the ability to install on, above or even below grade, which isn’t possible with ¾” solid products; the ability to install using a nail / staple, glue-down or floating installation method; zero acclimation in climate-controlled environments
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Ultra-straight boards and precision milling—enabling faster installation without having to pry bowed or warped boards into place; providing an advanced patent-pending tongue-and-groove system for easier glue-down installs with much less gapping and, ultimately, less mess.
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Optimum product stability: greatly reducing seasonal expansion that often results in gapping