
Repair of deteriorated concrete at height to address safety concerns, restore structural integrity, and extend the service life of the building.
Concrete deterioration can create public safety hazards if loose or delaminated material separates from the structure. It also allows water to reach reinforcing steel, accelerating corrosion and leading to further damage.
Addressing concrete issues early helps to:
Reduce the risk of falling debris
Maintain the structural integrity of the building
Extend the service life of concrete elements
Avoid larger, more disruptive restoration projects later
Concrete restoration at height addresses deteriorated or damaged concrete on multi-storey and high-rise buildings. Timely concrete repair is important for public safety, long-term structural performance, and cost control.
When concrete deterioration is identified early, repairs are typically more localized and significantly less expensive than waiting until advanced damage has occurred.
Concrete restoration is typically required when conditions such as the following are present:
Delamination: Separation between layers of concrete, often near the surface, caused by poor bonding during placement or corrosion of reinforcing steel.
Spalls: Areas where concrete has broken away from the surface, commonly caused by freeze-thaw cycles, moisture intrusion, rebar corrosion, or poor finishing or curing practices.
Cracks: Cracking that often forms parallel to reinforcing steel when rebar is placed too close to the surface and corrosion causes expansion.
Air Voids: Gaps within the concrete resulting from improper mix design, placement, or inadequate vibration during finishing.
All of these conditions allow water intrusion, which accelerates deterioration if left unaddressed.
Xtreme Axis completes concrete restoration at height using trained technicians and rope access where appropriate, allowing safe and efficient repairs without extensive scaffolding or site disruption.
Typical scope may include:
Removal of failed or unsound concrete to reach solid material
Cleaning or replacement of corroded reinforcing steel
Forming and placing new concrete to match the original profile
Routing and sealing cracks
Cleaning and filling air voids
Application of elastomeric coatings or membranes to protect the repaired concrete, improve durability, and enhance appearance
Repairs are completed with attention to both performance and how the restored area will be experienced by building occupants.
Schedule Your Concrete Restoration
Concrete deterioration rarely improves on its own. Addressing issues early helps protect building occupants, preserve structural elements, and control long-term repair costs.
Buildings with exposed or deteriorating concrete at height
Property managers addressing safety or maintenance concerns
Owners planning proactive structural maintenance
Facilities with hard-to-reach concrete elements
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