Laminate flooring is susceptible to the effects of changing temperature, humidity, and moisture in the air. A simple explanation for this is that when temperature increases, laminate flooring tends to expand. A decrease in temperature, on the other hand, leads to contraction. Humidity can also adversely affect laminate floors, as moisture may seep into the floor boards and cause them to swell. This can cause boards to wrap, lift or curl. When the humidity levels decrease, the swelling is reduced. This cycle is repeated with the changing season, causing repeated damage as time goes on.
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Even though a laminate floor is moisture resistant, the possibility of them being damaged by water is still a threat during the winter season. Being in and out of your home exposes your laminate flooring to ice and snow.
Whether it's rock salt, ground grit, or any other kind of winter debris, your laminate flooring can be severely damaged if you're not careful with abrasive winter degrees. But regular cleaning protects the appearance and functionality of your laminate flooring.
Temperature swings can be harmful to nearly any flooring type, whether engineered wood flooring or laminate flooring. As the temperature swiftly changes from cold to hot and back again, your laminate flooring expands and contracts, resulting in different curling and peeling damages. Avoid adjusting your thermostat regularly. Alternatively, try to maintain a consistent interior temperature.
More so, if you are installing an underfloor heating system with laminate flooring, follow the recommended maximum floor temperature that the floor should be heated to-maintaining a maximum of 27C prevents damages to the laminate. Thicker laminate boards will affect heating transfer, slowing it down rather than conducting heat into the room. When using laminate flooring with underfloor heating, it's recommended that you use laminate boards that are no thicker than 18mm to maximize floor heating transfer.
If you prefer radiant heating, it's perfectly fine as long as you never raise the flooring surface temperature above 82 degrees. Radiant heat is best utilized with flooring materials like porcelain, ceramic, natural stone, laminate, and vinyl floor as they are excellent thermal conductors. Thicker floor coverings like solid hardwood and engineered wood are poor thermal bridges. Solid hardwood floor and engineered hardwood floor can easily be damaged by heat and moisture. Carpet, on the other hand, is not advisable.
Laminate flooring that often gets wet is more prone to mold and mildew. This can also damage your floor over time. Thus, vapor barriers are there to help stop the floor from getting damp. Also called a moisture barrier, a floor vapor barrier is a sheet of plastic that holds moisture from running through a subfloor or wall. A vapor barrier is on installing floors or walls in spaces prone to dampness or excess moisture. Flooring moisture barriers are set beneath the underlayment of the floor. You can grab a barrier separately or get underlayment with a built-in. moisture barrier
If any water vapor infiltrates over a concrete subfloor, the vapor diffusion retarder decreases the moisture movement, stopping damage to the floor. For any flooring that needs a floating installation method, be it laminate plank or vinyl plank flooring, use at least six mils plastic sheet as a moisture barrier. More so, you can apply an underlayment with a moisture barrier built-in for water vapor control. 2ff7e9595c
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