Solid hardwood planks can become damaged if exposed to moisture, but engineered wood planks are designed to resist it. Manufactured hardwood flooring in a moisture-prone space is the most durable choice for installing wood floors.
You can find wood flooring in Jackson, MI, right for your home at locally-owned Christoff and Sons Floorcovering.
Engineered wood is moisture-resistant because of its composition
Engineered wood floors look the same as solid wood floors because planks have a hardwood layer on the surface. Beneath this top layer is a base that includes shredded wood fibers, sawdust, and plywood layers situated in different directions.
In short, a range of derivative wood products is combined to create strong and moisture-resistant flooring.
Underlayment is placed beneath engineered wood
Underlayment, or padding, is laid on the subfloor before planks are installed, or sometimes, it's pre-attached to the hardwood flooring planks. Underlayment removes minor imperfections in the subfloor and provides underfoot cushioning and thermal and sound insulation.
In addition, the underlayment that includes a moisture barrier is used when engineered wood is placed in a moisture-prone space.
Engineered hardwood floors are not waterproof
While moisture will not cause manufactured planks to buckle, warp, or peel, it's essential to remember that the flooring is not waterproof.
Solid hardwood and engineered hardwood floors cannot tolerate standing water, so immediate cleanup is necessary if snow is tracked into the home or if a liquid is spilled. However, with proper care, manufactured wood will serve you well.
Your area?s ?go-to? flooring store
Christoff and Sons Floorcovering installs wood flooring in Jackson, Michigan, and Albion, Chelsea, Adrian, Hillsdale, and other regional communities. We also offer professional flooring maintenance and home improvement products like area rugs, window treatments, and countertops.
Shop for hardwood flooring at Christoff and Sons Floorcovering today and enjoy perks like a free flooring estimate.
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