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Frequently Asked Questions
What makes laboratory flooring different from standard commercial floors?
Laboratory flooring must meet much higher performance standards. Key requirements include high chemical resistance, seamless construction to prevent contaminants from hiding, slip-resistance for staff safety, and compatibility with rigorous disinfection protocols. In sensitive labs, they may also require ESD (electrostatic discharge) control.
Why is epoxy preferred over tile or vinyl for labs?
Unlike tile or vinyl, epoxy floor systems are completely seamless and non-porous. This eliminates grout lines or seams that can trap dirt, bacteria, and “bad actors.” Additionally, epoxy provides superior resistance to the spills of solvents, acids, and alkalis commonly found in lab settings.
Can lab flooring protect sensitive electronic equipment?
Yes. Many laboratory flooring systems can be installed with ESD control features. They can also incorporate antimicrobial additives and thermal shock resistance to meet specific regulatory standards and protect expensive laboratory assets.
How long does a laboratory-grade floor typically last?
When the substrate is properly prepared (via shot-blasting or diamond grinding) and the system is specified correctly for the environment, a high-performance resinous floor can serve reliably for 10 or more years. Regular maintenance is essential to achieving this longevity.
Will installation disrupt laboratory operations?
HPS Floors understands that lab uptime is critical. To minimize operational disruption, the professional installation process—which includes substrate assessment, priming, and top-coating—can often be scheduled during off-hours.