Wood Flooring Built to Last Decades

Solid hardwood installation for homes in Spokane and Coeur d’Alene

Solid hardwood floors are made from single-piece planks cut directly from timber, which means they can be sanded and refinished multiple times over decades of use. If you live in Spokane and Coeur d’Alene and want flooring that adds value and can be restored when wear shows up, solid hardwood offers that kind of durability without needing replacement after surface damage appears.


Stone Base Contractors LLC installs solid hardwood using nail-down methods that fasten each board securely to the subfloor. The process includes precise spacing to allow for seasonal movement, careful fastening to avoid squeaks, and attention to board alignment so seams stay tight. You end up with a floor that feels solid, looks consistent, and holds up in high-traffic areas like hallways and living rooms.


If you want a floor that can be refinished and improved over time in Spokane and beyond, contact us to review your layout and wood options.

How solid hardwood is installed and fastened

When the crew arrives in Spokane, they inspect your subfloor for level and moisture, then lay the first row of boards along the longest wall with spacers to maintain expansion gaps. Each plank is nailed at an angle through the tongue using a pneumatic nailer, which secures it without visible fasteners on the surface.


Once installed, your floor feels firm underfoot, the grain runs consistently across the room, and the surface is ready for sanding and finishing if unfinished boards were used. Boards do not shift or separate when walked on, and the floor can be sanded down and refinished years later without replacing the planks.


Stone Base Contractors LLC checks each board for straightness before fastening, leaves proper spacing around walls and transitions, and ensures nail placement does not split the wood. The crew removes debris after installation and confirms the surface is level and ready for trim or finish work.

Homeowners typically ask how solid hardwood compares to engineered options, whether their subfloor can support nail-down installation, and how long the floor will last before needing refinishing or repairs.

What people want to know before committing


What is the main difference between solid and engineered hardwood?


Solid hardwood is a single piece of wood cut from a log, which means it can be sanded and refinished multiple times. Engineered hardwood has a thin wood veneer on top of plywood layers, so it can only be refinished once or twice before the veneer wears through.

How is solid hardwood fastened to the subfloor?


Each plank is nailed at an angle through the tongue using a pneumatic nailer, which drives fasteners below the surface so they are not visible. The boards lock together tightly and stay secure without glue or floating underlayment.

Why is nail-down installation preferred for solid hardwood?


Nailing each board directly to the subfloor prevents movement, reduces noise, and keeps the floor stable over time. Solid hardwood is thick enough to hold fasteners securely without splitting, which makes nail-down the most durable installation method.

When does solid hardwood need to be refinished?


Most solid hardwood floors can go ten to twenty years before the finish dulls or scratches become noticeable. Refinishing involves sanding the surface and applying new stain or polyurethane, which restores the appearance without replacing the wood.

Can solid hardwood be installed in Spokane area homes with concrete subfloors?


Nail-down installation requires a wood subfloor, so homes with concrete slabs typically need engineered hardwood or a floating floor instead. If a wood subfloor is present, solid hardwood can be installed without issues.

Stone Base Contractors LLC installs solid hardwood in Spokane area homes using nail-down methods that keep floors stable, quiet, and ready for refinishing decades later. If you want flooring that adds long-term value and can be restored instead of replaced, reach out to discuss your project.