If you find yourself sprawled across the living room sofa, glaring at your minimalist flooring, battling an undeniable itch to unleash your inner designer, you’re not alone. Satisfying your creative aspirations can be as simple as installing a new floor. After conducting some research, you’ve settled on hardwood flooring, but you’re completely perplexed when it comes to deciding between solid hardwood and engineered hardwood. While both options provide a warm aesthetic and timeless elegance, there are some notable differences from a performance and composition standpoint. Here’s a look at how the two compare.
Solid hardwood: Depending on the breed of solid hardwood you plan on installing, solid hardwood is generally praised for its ability to reinforce the structural sturdiness of the home or building it resides in.
Engineered hardwood can withstand areas prone to temperature fluctuations or rooms like the bathroom that face exposure to moisture. This can be attributed to the construction of engineered hardwood, which uses multiple-ply planks.
Solid hardwood is fashioned from one, singular material, authentic wood.
Engineered hardwood is a bit more complex in its construction. It’s assembled by fusing together multiple layers of either high-density fiberboard or medium-density fibreboard with a veneer layer of real hardwood that sits on top.
Level of Heat And/Or Moisture Resistance
Solid hardwood cannot tolerate areas that are susceptible to hot temperatures or a high level of moisture. Whether the space rests over a heating system, is a damp area like a basement, or is exposed to environmental elements, solid hardwood cannot perform in rooms with an uncontrollable climate.
Engineered hardwood prevails in these types of areas and is a suitable alternative to solid wood in spaces that face heat and moisture.
Solid hardwood’s uniformity will be contingent upon the grade of the floor. Grading measures the wood’s natural aesthetic and will help identify the spectrum of textures and colors that can derive from species to species of tree.
Engineered hardwood is not bound by naturally occurring elements and is crafted for maximal uniformity.
Vulnerability to Atmospheric Changes
Solid hardwood is sensitive to extreme climate changes, such as frigid winter air, precipitation, or excessive heat, because it expands and contracts under these conditions.
Engineered hardwood does not experience the same level of expanding and contracting, meaning it won’t become warped during these types of atmospheric changes. It’s certainly the ideal choice for basements or locations prone to heavy rainfall when compared with solid wood.
Solid hardwood faces the risk of significant structural damages like cupping, warping, or expansion when it comes in contact with fluctuating temperatures.
Engineered hardwood’s multi-ply construction lends to the strong stability of the material. This structural design is favorable when exposed to the elements.
Temperature and climate conditions are key players in deciding which type of floor is suitable for your home. Whether you select to go with solid hardwood or engineered hardwood, both can be tailored to satisfy your design preferences and will be a visually stunning addition to your home.