LVP vs. Hardwood in Coastal Georgia's Humid Climate

How solid hardwood responds to humidity

Solid hardwood is a single piece of milled wood, and it moves the most of any flooring type when humidity changes. That's why a proper hardwood installation starts with an acclimation period, typically 3 to 7 days of storing unopened flooring boxes in the room where it will be installed, so the wood's moisture content settles close to the room's actual humidity (around 6 to 9 percent is the target range for Georgia's climate) before a single board goes down.

Skipping or shortening that acclimation step is one of the most common causes of gapping or cupping in a hardwood floor months after installation, once the first full humidity cycle has passed.

How engineered hardwood and LVP compare

Engineered hardwood has a real hardwood wear layer bonded over a plywood core, and that plywood core is cross-layered in a way that resists humidity-driven movement better than solid wood. It's a middle option worth considering for rooms with moderate moisture exposure where you still want the look and feel of real wood.

LVP goes further: its core is waterproof, so humidity and the occasional spill don't affect it the way they affect any wood product, solid or engineered. That's why LVP is usually the better fit for kitchens, bathrooms, laundry rooms, and lower levels, while hardwood (solid or engineered) tends to be the better fit for living rooms, dining rooms, and bedrooms where moisture exposure is lower and the resale appeal of real wood matters more.

Maintenance and long-term care

Hardwood can be sanded and refinished if it gets scratched or dull over the years, which LVP cannot. LVP, in exchange, needs less day-to-day care and doesn't require the humidity-controlled environment that keeps a hardwood floor performing well long term.