Commercial concrete isn’t cheap — standard slabs cost $6-$15 per square foot, with ready-mix concrete averaging $150 per cubic yard. Every dollar needs to pull its weight. That’s where post-tensioning comes in.
Post-tension repair demands constant vigilance because surface appearances can be deceiving. What looks like a harmless hairline crack or minor water stain might actually signal severe tendon corrosion lurking beneath.
Proactive waterproofing services should prioritize replacing cracked or shrunken sealants at control joints, window perimeters, and penetrations, as well as reglazing curtainwall systems where gaskets have failed.
Ultimately, waterproofing services should be tailored to your site’s climate, structure complexity, crew skill, and exposure. For reliable results, consult an expert to match the right waterproofing solution to your building’s demands.
Billion-dollar storms are no longer once-in-a-decade events. Post-hurricane recovery in the United States cost an estimated $27 billion in 2024 alone. So when the clock starts ticking after a hurricane, speed and precision are critical.
The 2026 FIFA World Cup countdown marks the approach of the first-ever tri-nation tournament, spanning the U.S., Canada, and Mexico, with 48 teams, 80 matches, and millions of visitors expected across 16 host cities.
While in-house teams play a vital role in ongoing building care, they often lack the specialized training to identify the subtle signs of water intrusion that can lead to major damage.
Most property professionals have heard the term post-tension slabs tossed around during inspections or renovation talks, usually followed by contractors sucking air through their teeth and mentioning “additional costs.”
Rainfall patterns across many regions are becoming more intense and unpredictable. For property owners and managers, this shift brings a clear message: waterproofing is no longer optional—it’s essential. Without proper waterproofing, your building is at...
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Waterproofing methods — such as applying sealants, waterproof coatings, and membranes — help stop moisture from entering the space. Below-grade, protective barriers installed around the foundation work to prevent water infiltration at the source.