What Structures Are Most At Risk For Concrete Cancer?

Structures at most risk for Concrete Cancer include older buildings, especially those near the coast or other saltwater sources, as well as structures with construction defects, inadequate waterproofing, or exposure to extreme weather. Balconies, parking garages, and other areas where the concrete’s steel reinforcement is poorly protected are particularly vulnerable.  

Characteristics Of High-Risk Structures

Location:
Coastal buildings and other structures exposed to salt spray or de-icing salts are at high risk due to chloride ions accelerating corrosion. 

Age:
Older buildings constructed before modern waterproofing standards and concrete protection methods were implemented are more susceptible. 

Environmental Factors:
Structures subjected to severe weather, such as freeze-thaw cycles or excessive heat, can develop cracks that allow water to penetrate. 

Construction Deficiencies:
Buildings with inadequate concrete cover over steel reinforcement, improper rebar placement, or poor concrete quality are more prone to concrete cancer. 

Waterproofing Issues:
Buildings with poorly applied, low-quality, or aged waterproofing membranes are vulnerable to water ingress.