Epoxy Floor Repair in Salem, OR

The usual suspects

When we inspect a failed floor, the cause usually falls into one of a few categories. The most common is poor preparation: a coating rolled over concrete that was only cleaned or acid-etched, never mechanically ground. Without that profile, the coating sits on top rather than bonding into the surface. The second is moisture. Older slabs poured directly on soil, which is common in mid-century homes here, can push enough vapor up through the concrete to lift a coating from below. Third is hot tire pickup, when a thin or soft coating sticks to warm tires and pulls away. Finally, some floors are simply worn out after many years of service.

Reading the damage

The pattern of failure tells a story. Peeling that starts at the garage door and works inward often means water running in from the driveway. Bubbles or blisters in the middle of the floor suggest vapor pressure or air escaping from the concrete during application. Flaking in two neat stripes where the car parks points to hot tire pickup or a coating that was too thin. White, powdery residue at cracks shows moisture moving through the slab. At the estimate visit, we test moisture, check how well the remaining coating is bonded and look for cracks and low spots.

How we fix it

• Localized repair: grind out the failed area, feather the edges and recoat. Best when the rest of the floor is solid.
• Refresh coat: for floors that are bonded but dull or scratched, a light sanding and new topcoat restores protection and gloss.
• Strip and replace: when much of the floor is failing, we grind everything to bare concrete and install a complete new system.
• Concrete restoration: cracks, spalls, pits and broken joints are rebuilt with structural repair materials before any coating.

We will tell you which approach is the best value. A patch on an old flake floor may not match perfectly, and sometimes a full redo saves money in the long run.

Solving the root cause

A repair lasts only if the cause is addressed. If moisture is high, we use a moisture-mitigating primer rated for the readings. If water enters from outside, we may recommend a drain, regrading or sealing the apron. If hot tire pickup was the problem, we use a harder polyaspartic topcoat. If cracks are still moving, we use flexible fillers that allow movement without cracking the new coating.

Uncoated concrete damage

Not every repair involves a coating. Many calls are about bare concrete that is pitting, scaling or spalling, especially near garage doors where de-icer and water collect. We grind away the weak surface, rebuild it with a polymer-modified overlay and protect it with a coating or a breathable sealer. Stopping surface damage early keeps it from reaching the steel reinforcement.

Fixing someone else's work

We often repair floors installed by other contractors or by homeowners with a kit. If you know what product was used, that helps us choose compatible materials. If not, we test a small area first so the repair bonds well.

After the repair

You get a written summary of what was done and how to care for the floor. If you are ready to stop patching and want a long-lasting system, ask about a full polyaspartic floor. Send photos of the damage or book a visit, and we will give you an honest assessment.

Commercial repairs

Businesses with worn traffic lanes, forklift damage or chemical attack can often avoid full replacement. We repair and recoat the damaged zones after hours, matching color as closely as possible, so operations continue with minimal disruption.

What a visit costs

Assessment visits are free. We will look at the floor, explain what we think happened and give you a written estimate with clear options, whether that is a small patch or a full replacement.

Repairs are often faster than people expect. Many localized fixes are finished in a single day, and a full strip and recoat usually takes two or three days depending on the size of the space and the condition of the concrete underneath.