Uneven factory floors can interfere with production, create safety risks for employees, and affect how equipment operates. Settled concrete can lead to trip hazards, vibration in machinery, and water pooling in low areas. Over time, these issues can slow workflows, increase wear on equipment, and raise maintenance and liability concerns.
Foamjection quickly lifts sunken factory floor slabs back into position without removing or replacing the concrete. Our polyurethane concrete lifting process restores support beneath the slab, improves floor stability, and helps keep operations running with minimal disruption—often completed quickly and without shutting down production.
Factory floors sink when the soil beneath the slab loses stability. Common causes include:
As support weakens, slabs settle unevenly and create safety and performance issues.
You may need factory floor leveling if you notice:
Addressing these issues early helps maintain productivity and reduce downtime.
If settlement affects connected areas, interior floor leveling, loading docks & ramps, or parking lot leveling may also be needed to stabilize surrounding concrete and maintain consistent floor height throughout the facility.
Foamjection levels factory floors by injecting high-density polyurethane foam beneath the slab. The foam expands to fill voids, lift the concrete, and restore firm support below the surface.
Most factory floor leveling projects are completed efficiently, and many surfaces are ready for use the same day.
Property owners choose factory floor leveling because it corrects uneven slabs without extended shutdowns or demolition. Lifting restores safe working surfaces and helps protect equipment and production flow.
For factory floors that are intact but uneven, leveling is often the most practical solution.
Factory floors settle due to soil erosion, heavy equipment loads, poor drainage, and long-term soil movement beneath large slabs.
In many cases, yes. Leveling costs far less, takes far less time, and avoids major disruption to operations.
Yes. High-density polyurethane foam is designed to support industrial loads and frequent traffic. It restores firm support beneath the slab without adding excess weight to the soil.
Most factory floor leveling repairs only take a few hours – in one visit. We do our best to schedule around your operations, so you stay up and running.
In most cases no. Most jobs are completed in a few hours, and we do our best to keep your operations running like normal.
In many cases, yes. Repairs can often be performed around fixed equipment and production areas. The approach depends on slab conditions and load requirements, which are reviewed during the evaluation.
No. The eco-friendly polyurethane foam is injected beneath the concrete and cures quickly. It does not produce lingering odors or fumes, making it safe for indoor factory environments.
The holes are small and patched after lifting.
Yes. Uneven or unsupported slabs can contribute to vibration issues. By restoring support beneath the floor, Foamjection can help create a more stable surface and reduce vibration caused by settlement.
Yes. Leveling removes uneven transitions and low spots, helping improve safety around workstations, walkways, and high-traffic areas.
Yes. Leveling restores proper slope so water drains correctly across the floor.
Easy. Request a FREE estimate by visiting our Contact Us page.
Our team will review your request and explain the next steps.
Foamjection helps homeowners with expert foam concrete leveling throughout.
Foamjection is the nationwide leader in polyurethane concrete lifting—powered by HMI. Backed by 50+ years of expertise, 20,000+ customers served, and a proven national system, we help homeowners across the U.S. fix sinking concrete using advanced foam injection for long-term stabilization. From uneven walkways and driveways to patios and garage floors, our process delivers reliable concrete repair while helping homeowners save up to 70% compared to replacement.
Looking for a fast, affordable alternative to tearing out concrete?
