Concrete Floor Restoration
Flat and Smooth. No Exceptions.
Because flooring systems perform on flatness—not level.
Flat and Smooth
Level doesn’t matter—performance does.
flat (flăt)
adj. flat·ter, flat·test
a. Having a smooth, even surface: a flat floor
smooth (smo͞oth)
adj. smooth·er, smooth·est
a. Having a surface free from irregularities or roughness; even.
Why Use Concrete Self-Leveling
Concrete self-leveling underlayments are a proven solution for creating flat, smooth, and durable subfloors in commercial environments. As part of our surface preparation services, self-leveling corrects uneven or out-of-tolerance slabs, repairs damaged concrete, and provides a reliable, installation-ready foundation for new flooring systems.
- Corrects uneven or out-of-tolerance slabs
- Repairs damaged or deteriorated concrete
- Creates a smooth, installation-ready surface
- Improves long-term flooring system performance
How Our Polymer-Modified Toppings Work
Flowable polymer-modified self-leveling underlayments are engineered to self-smooth, eliminating the need for extensive manual finishing. As part of our surface preparation process, these systems provide an efficient solution for leveling worn or uneven concrete and preparing newly placed slabs for finished flooring systems.
- Creates a smooth, uniform surface with minimal manual finishing
- Ideal for both renovation and new construction applications
- Produces a Division 9-ready substrate over Division 3 concrete
- Accelerates project schedules and reduces labor requirements
- Minimizes silica dust exposure during placement
Advanced Equipment for Efficient Application
We utilize high-performance pumping equipment to place self-leveling materials quickly and efficiently, even in challenging project conditions. As part of our surface preparation capabilities, this allows for consistent placement across large areas and multi-level installations.
- Places up to 200 bags (10,000 lbs) per hour
- Pumps vertically up to 8 stories or horizontally up to 300 feet
- Maintains consistent material flow and placement quality
- Reduces labor requirements and installation time
- Ideal for large-scale and multi-level commercial projects
Standards and Quality Assurance
We follow ASTM E1155 standards to measure floor flatness (FF) and levelness (FL) for cast-in-place concrete floors, ensuring substrates meet project requirements before flooring installation.
- Verifies floor flatness and levelness to industry standards
- Provides consistent, measurable surface performance
- Supports proper installation of finished flooring systems
- Reduces risk of failure due to substrate irregularities
For most commercial applications, we prioritize achieving a flat and smooth surface, as flooring systems perform on flatness—not level. Levelness is reserved for specialized environments such as laboratories and research facilities where precise elevation control is required.
Concrete Restoration FAQ
What is concrete floor restoration?
Concrete floor restoration may include patching, grinding, leveling, crack repair, surface correction, and preparation work needed to create a suitable substrate for flooring or coatings.
Can you repair damaged concrete before flooring installation?
Yes. We can evaluate damaged or uneven concrete and recommend the proper preparation or restoration method before new flooring is installed.
Why does concrete flatness matter?
Flooring systems perform on flatness, not level. A flat, smooth, and properly prepared substrate helps improve appearance, performance, and long-term flooring durability.