Answers about concrete preparation, coating systems, moisture, cure times and pricing in Ontario. Filter by topic, service or sub-service to find what applies to your floor.
Yes. Properly specified systems resist oils, fuels, acids, sanitizers, cleaning chemicals, food byproducts and many industrial contaminants.
Yes. Urethane cement systems are specifically engineered to resist thermal shock caused by steam cleaning, hot water washdowns and rapid temperature fluctuation.
Polyurethane flooring systems are commonly installed in:
Epoxy systems are generally more rigid and commonly used for structural flooring assemblies, while urethane systems provide greater flexibility, thermal resistance and durability under aggressive industrial conditions.
Urethane cement is a heavy-duty industrial flooring technology engineered to withstand thermal shock, hot water washdowns, steam cleaning, moisture exposure and aggressive industrial operating conditions.
Yes. Polyaspartic systems are commonly installed in residential and commercial garages due to their resistance to hot tire transfer, vehicle traffic, humidity, abrasion and long-term UV exposure.
Depending on environmental conditions and system specifications, polyaspartic flooring systems may return to service significantly faster than conventional coating systems, often within a greatly reduced timeframe.
Epoxy systems are commonly utilized for substrate bonding and build thickness, while polyaspartic systems are frequently selected for rapid curing, UV stability and accelerated return-to-service performance. Many premium flooring systems combine both technologies.