Displaced cracks
Cracks with vertical or horizontal offset can affect alignment, drainage, safe use, and how loads move through the element.
Concrete systems / Repair + restoration
Repair the element—and the condition acting on it.
Concrete distress can involve movement, reinforcement, water, impact, installation, loading, or material deterioration. A responsible scope separates cosmetic surface work from repair tied to support or safe use.
Request a site evaluation
Above grade / below grade
What the site may be showing
Cracking is one part of the condition record.
Pattern, width, displacement, moisture, corrosion, load, and change over time help determine whether repair is cosmetic, serviceability-related, or structural.
Spalling + exposure
Delaminated or missing concrete and visible reinforcement require review of moisture, corrosion, cover, and remaining section.
Joint failure
Movement joints, construction joints, penetrations, and transitions often concentrate water or distress.
Support loss
Voids, erosion, settlement, or changing bearing can damage otherwise sound concrete or prevent a surface repair from lasting.
Evaluation to execution
A durable repair begins at the interface.
Preparation, reinforcement, bond, geometry, moisture, curing, loading, and movement accommodation all affect the completed repair.
- 01
Classify the distress
Document cracking, displacement, delamination, reinforcement, moisture, load, movement, and surrounding support.
- 02
Define the repair zone
Establish removal limits, access, temporary protection, edge geometry, reinforcement work, and scope boundaries.
- 03
Prepare + place
Remove unsuitable material, prepare interfaces, complete specified reinforcement or support work, and place the repair material.
- 04
Cure + protect
Manage cure, loading, drainage, joints, protection, and restoration before returning the element to intended use.
Residential applications
Plan around the occupied home.
Localized foundation, footing, grade-beam, porch, step, and slab conditions
Protection planning around occupants, finishes, landscaping, and access
Coordination with piering, drainage, foam leveling, masonry, and finish repair
Commercial applications
Coordinate the structure and the operation.
Selected walls, slabs, grade beams, footings, approaches, and service areas
Work-zone, occupant, delivery, dust, noise, and cure-time planning
Coordination with engineers, facility teams, inspectors, and adjacent trades
Scope boundaries
The method has to fit the condition.
Evaluation may identify monitoring, engineering input, water-management work, another repair system, or work by an additional trade before the proposed scope proceeds.
Whether the element is structural, load-bearing, or safety-critical
Active movement, support loss, water, or corrosion
Reinforcement condition and required development
Repair-material compatibility and interface preparation
Cure, temperature, access, and return-to-service limits
Need for testing, engineering, permits, or specialty restoration
Service FAQ
Questions to resolve before the work starts.
Property-specific next step