

September 22nd, 2025
2 min read
By Tom Dassie
When it comes to infection control in healthcare environments, every surface matters. From patient rooms to surgical suites, cleanliness and safety aren’t optional—they’re essential. Floors, in particular, are a critical part of infection prevention strategies because they cover so much surface area and are exposed to heavy foot traffic, medical equipment, and potential spills every day.
At CustomCrete, we’ve spent nearly 20 years helping pharmaceutical companies across Chicago and the Midwest implement high-performance flooring systems that meet strict industry requirements.
In this blog, we’ll break down why seamless flooring is so effective in healthcare settings, what materials are most commonly used, and the added benefits beyond infection control.
Healthcare facilities face unique challenges that set them apart from commercial or industrial environments. Every spill, stain, or crack in the flooring has the potential to harbor contaminants. And when patients with compromised immune systems are present, even minor lapses in cleanliness can have serious consequences.
Floors aren’t just walked on—they’re also surfaces where equipment rolls, staff move supplies, and airborne contaminants can eventually settle. Seamless flooring eliminates the gaps, seams, and porous surfaces that make traditional flooring hard to disinfect, giving cleaning protocols the best chance of success.
Seamless flooring refers to flooring systems that are installed without joints, grout lines, or seams where dirt and microbes can accumulate. These systems are typically applied as a liquid coating or treatment that bonds directly to the underlying concrete, creating a continuous, non-porous surface.
In healthcare facilities, seamless flooring is particularly valuable because:
Several flooring systems are designed to meet the rigorous demands of healthcare environments while providing a seamless finish.
Epoxy is one of the most widely used seamless flooring systems in healthcare. Applied in multiple layers, it creates a smooth, durable, and chemical-resistant surface. Epoxy floors can be customized for aesthetics and safety, with options for slip resistance and antimicrobial additives.
For areas that experience heavy equipment, hot water washdowns, or extreme chemical exposure, urethane cement is often the better option. Its thermal shock resistance and durability make it ideal for labs, sterile compounding areas, and facilities where performance cannot be compromised.
While polished concrete doesn’t always achieve the same level of seamlessness as epoxy or urethane systems, it can be treated with densifiers and sealers that reduce porosity. For lower-risk areas of a facility—like administrative zones or corridors—polished concrete offers a clean, modern look with lower maintenance requirements.
The benefits of seamless flooring go beyond infection control. Facilities that invest in these systems also gain:
Not every area of a healthcare facility has the same flooring needs, but seamless solutions can be applied strategically throughout:
Infection control in healthcare settings requires a multi-layered approach—and flooring is a foundational part of that strategy. Seamless flooring systems like epoxy and urethane cement offer superior hygiene, safety, and durability, making them a smart investment for any medical facility.
By eliminating weak points where contaminants thrive, seamless flooring helps healthcare providers maintain cleaner, safer environments while reducing long-term maintenance costs.
If you’d like to dive deeper into related solutions for contamination control, check out our blog: Where Cove Base Is Required: Key Areas in Industrial and Commercial Facilities.