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. By reducing moisture intrusion and controlling damp conditions, waterproofing systems help minimize the environmental conditions that contribute to mold and mildew growth.
Yes. Waterproof crack injection and crack remediation procedures may be integrated into waterproofing systems to help prevent moisture infiltration through damaged concrete areas.
Hydrostatic pressure refers to water pressure pushing against the concrete slab from beneath or surrounding areas. Excessive moisture pressure can damage flooring systems if not properly controlled.
Yes. Moisture intrusion and vapor transmission are major causes of coating delamination and adhesion failure. Proper waterproofing helps stabilize the substrate and improve long-term coating performance.
Waterproofing systems are commonly installed in:
Standard sealers primarily help repel surface moisture temporarily, while waterproofing systems are engineered to resist long-term water intrusion, hydrostatic pressure and moisture penetration within the concrete structure itself.
Concrete naturally absorbs moisture. Without waterproof protection, water can weaken the substrate, cause coating failure, contribute to cracking and create conditions for mold and long-term structural damage.
Preparation is required before:
Grinding can help reduce high spots, smooth transitions and improve surface consistency depending on the severity of the slab condition. More extensive leveling systems may be required for heavily damaged substrates.
Scarifying is an aggressive preparation process used to remove thick coatings, level damaged surfaces and create deeper surface profiles within concrete.